{"text_format":"2","workbook":"xls","n_sheets":3,"sheets":["α-ketoglutarate","fumarate","acetoin"],"not_rendered":{"charts":0,"images":0,"macros":0,"external_links":0,"defined_names":0,"comments":0,"pivot_tables":0},"unopened":[],"bounds":{"document_bytes":16777216,"sheet_cells":100000,"run_cost":"one","rows_first":2000,"rows_last":500,"rows_between":2000,"halvings":0,"cell_chars":16384,"cell_head_chars":4096},"cells_cut":0,"cells_raw":0,"read":"whole","date_system":"1900","formulas":"cached_only"}

{"sheet":"α-ketoglutarate","index":0,"n_rows":73,"n_cols":5,"rows_kept":73,"cut":false,"hidden":false,"merged":[],"flags":["formulas_cached_only"]}
["Notes"]
["glucose uptake rate","GUR"]
["α-ketoglutarate production rate","AKPR"]
["pyruvate production rate","PPR"]
["specific growth rate","μ"]
["α-ketoglutarate dehydrogenase complex","KGDH"]
[]
[]
[]
[]
[]
["α-ketoglutarate production rate in the wide-type and C. glabrata kgd1::kan strain "]
["Strains","GUR (mmol/gDW/h)","μ (/h)","PPR (mmol/gDW/h)","AKPR  (mmol/gDW/h) (in vivo / in silico)"]
["The parent strain",4.04,0.4,2.86,"0.03 / 0.03"]
["C. glabrata kgd1::kan 0.015 mg/L B1   ",4.18,0.37,2.95,"0.31 / 0.32"]
["C. glabrata kgd1::kan 0.04 mg/L B1   ",3.81,0.4,1.91,"0.32 / 0.33"]
[]
[]
[]
[]
[]
[]
["Central carbon flux distribution in the control and the deletion of KGDH strains"]
["The control ","The deletion of KGDH"]
[10,10,"ATP[c] + GLC[c] => ADP[c] + G6P[c] + H[c]","Glycolysis / Gluconeogenesis"]
[9.52357692304232,9.52357692295859,"G6P[c] <=> F6P[c]","Glycolysis / Gluconeogenesis"]
[9.46554487175608,9.46554487166267,"ATP[c] + F6P[c] => ADP[c] + F16P[c] + H[c]","Glycolysis / Gluconeogenesis"]
[0,0,"F16P[c] + H2O[c] => F6P[c] + PI[c]","Glycolysis / Gluconeogenesis"]
[9.46554487175608,9.46554487166267,"F16P[c] <=> T3P2[c] + T3P1[c]","Glycolysis / Gluconeogenesis"]
[-9.45644871790926,-9.45644871781426,"T3P1[c] <=> T3P2[c]","Glycolysis / Gluconeogenesis"]
[18.8677564101742,18.8677564099765,"T3P1[c] + PI[c] + NAD[c] <=> 13PDG[c] + NADH[c] + H[c]","Glycolysis / Gluconeogenesis"]
[-18.8677564101742,-18.8677564099765,"3PG[c] + ATP[c] <=> 13PDG[c] + ADP[c]","Glycolysis / Gluconeogenesis"]
[18.7358910255495,18.73589102533,"3PG[c] <=> 2PG[c]","Glycolysis / Gluconeogenesis"]
[18.7358910255495,18.73589102533,"2PG[c] <=> H2O[c] + PEP[c]","Glycolysis / Gluconeogenesis"]
[18.6163141024637,18.6163141022233,"ADP[c] + PEP[c] + H[c] => ATP[c] + PYR[c]","Glycolysis / Gluconeogenesis"]
[1.07288781204314,17.6527606404465,"2HTPP[m] + LIPO[m] + H[m] => DHACAHP[m] + TPP[m]","Glycolysis / Gluconeogenesis"]
[1.07288781204314,17.6527606404465,"COA[m] + DHACAHP[m] <=> ACCOA[m] + DLIPO[m]","Glycolysis / Gluconeogenesis"]
[1.66724331635993,17.6527606404465,"DLIPO[m] + NAD[m] <=> LIPO[m] + NADH[m] + H[m]","Glycolysis / Gluconeogenesis"]
[2.28158100871132,18.936996025381,"PYR[m] + TPP[m] => 2HTPP[m] + CO2[m]","Glycolysis / Gluconeogenesis"]
[0.264207307710941,1.11733153873939,"2HTPP[m] + H[m] => ACAL[m] + TPP[m]","Glycolysis / Gluconeogenesis"]
[0,0,"13PDG[c] <=> THDP[c] + H[c]","Glycolysis / Gluconeogenesis"]
[0,0,"G6P[c] <=> BG6P[c]","Glycolysis / Gluconeogenesis"]
[0,0,"ATP[m] + COA[m] + IMI4AC[m] <=> ADP[m] + ITACCOA[m] + PI[m]","Citric Acid Cycle"]
[1000,1000,"CIT[c] <=> ICIT[c]","Citric Acid Cycle"]
[-999.06562526489,-982.485752436511,"CIT[m] <=> ICIT[m]","Citric Acid Cycle"]
[0.817701658178826,0,"ICIT[m] + NADP[m] => NADPH[m] + CO2[m] + AKG[m]","Citric Acid Cycle"]
[0,16.5444502555545,"ICIT[m] + NAD[m] => CO2[m] + NADH[m] + AKG[m]","Citric Acid Cycle"]
[0,0,"ICIT[x] + NADP[x] => NADPH[x] + CO2[x] + AKG[x]","Citric Acid Cycle"]
[0.59435550431679,0,"AKG[m] + TPP[m] + H[m] => 3C1HTHPP[m] + CO2[m]","Citric Acid Cycle"]
[0.59435550431679,0,"3C1HTHPP[m] + LIPO[m] => DISUCLY[m] + TPP[m]","Citric Acid Cycle"]
[-0.59435550431679,0,"SUCCOA[m] + DLIPO[m] <=> COA[m] + DISUCLY[m]","Citric Acid Cycle"]
[-0.59435550431679,0,"ATP[m] + SUCC[m] + COA[m] <=> ADP[m] + PI[m] + SUCCOA[m]","Citric Acid Cycle"]
[1000,1000,"SUCC[m] + COQ6[m] <=> FUM[m] + Q6H2[m]","Citric Acid Cycle"]
[-0.711028581248048,-18.1440256405694,"MAL[m] <=> FUM[m] + H2O[m]","Citric Acid Cycle"]
[-0.0619615384660521,-0.0619615384750978,"MAL[c] <=> FUM[c] + H2O[c]","Citric Acid Cycle"]
[-4.01274149668956e-28,0,"MAL[x] + NAD[x] <=> OAA[x] + NADH[x] + H[x]","Citric Acid Cycle"]
[-999.227009880286,-1000,"OAA[c] + NADH[c] + H[c] <=> MAL[c] + NAD[c]","Citric Acid Cycle"]
[1000,1000,"MAL[m] + NAD[m] <=> OAA[m] + NADH[m] + H[m]","Citric Acid Cycle"]
[0.934374735110034,17.514247563489,"ACCOA[m] + H2O[m] + OAA[m] => CIT[m] + COA[m] + H[m]","Citric Acid Cycle"]
[0,0,"ACCOA[x] + OAA[x] + H2O[x] => CIT[x] + COA[x] + H[x]","Citric Acid Cycle"]
[0.336596153870426,18.5425833329745,"ATP[c] + PYR[c] + HCO3[c] => ADP[c] + PI[c] + OAA[c] + H[c]","Citric Acid Cycle"]
[0,0,"ATP[c] + OAA[c] => ADP[c] + CO2[c] + PEP[c]","Citric Acid Cycle"]
[]
[]
[]
[]
["Candidates by singleRnxdeletion"]
["ATP[c] + F6P[c] <=> ADP[c] + F16P[c] + H[c]"]
["F16P[c] <=> T3P2[c] + T3P1[c]"]
["ADP[m] + 3 H[c] + PI[m] -> ATP[m] + 2 H[m] + H2O[m]"]
["ADP[c] + ATP[m] + PI[c] + H[c] <=> ADP[m] + ATP[c] + PI[m] + H[m]"]
["NAD[m] + PRO[m] <=> P5C[m] + 2 H[m] + NADH[m]"]
["PRO[c] <=> PRO[m]"]

{"sheet":"fumarate","index":1,"n_rows":40,"n_cols":10,"rows_kept":40,"cut":false,"hidden":false,"merged":[],"flags":["formulas_cached_only"]}
[0.1903,0.1883,0.1863,0.1843,0.1823,0.1803,0.1763,0.1743,"0.0038 BT[c] + 0.0037 P5P[c] + 0.0012 FAD[c] + 0.0022 TPP[c] + 0.0014 NAD[c] + 0.0016 COQ6[c] + 0.0012 NADP[c] + 0.0012 COA[c] + 0.0020 FMN[c] + 0.0020 MTHF[c] + 0.2385 GLU[c] + 0.2367 GLN[c] + 0.1879 PRO[c] + 0.1622 ARG[c] + 0.3341 LYS[c] + 0.3277 SER[c] + 0.3351 GLY[c] + 0.0107 CYS[c] + 0.2374 ASP[c] + 0.2374 ASN[c] + 0.2378 THR[c] + 0.1119 HIS[c] + 0.0729 MET[c] + 0.2329 ILE[c] + 0.3994 ALA[c] + 0.2805 VAL[c] + 0.3533 LEU[c] + 0.1712 PHE[c] + 0.1118 TYR[c] + 0.0243 TRP[c] + 0.0224 GTP[c] + 0.0791 UTP[c] + 0.0273 CTP[c] + 0.0040 DATP[c] + 0.0025 DCTP[c] + 0.0025 DGTP[c] + 0.0040 DTTP[c] + 0.0122 TGLY[c] + 0.0002 RGOST[c] + 0.000006 SQL[c] + 0.00002 LNST[c] + 0.0159 PC[c] + 0.0050 PE[c] + 0.0083 PINS[c] + 0.0017 PS[c] + 0.0008 CL[c] + 0.0014 PA[c] + 0.0002 PG[c] + 0.4962 16GLUCAN[c] + 1.9729 13GLUCAN[c] + 59.4502 ATP[c] -> 59.4502 ADP[c] + 59.3806 PI[c] + 59.3806 H[c] + 0.2114 PPI[c]","Biomass reactions"]
[10,10,10,10,10,10,10,10,"ATP[c] + GLC[c] <=> ADP[c] + G6P[c] + H[c]","Glycolysis / Gluconeogenesis"]
[9.52855078000002,9.53350557999992,9.53846038000003,9.54341517999999,9.54836997999995,9.55332477999998,9.56323438000005,9.56818917999987,"G6P[c] <=> F6P[c]","Glycolysis / Gluconeogenesis"]
[9.47112458333338,9.47668291666703,9.48224125000039,9.48779958333389,9.49335791666718,9.49891624999996,9.51003291666672,9.51559125000057,"ATP[c] + F6P[c] <=> ADP[c] + F16P[c] + H[c]","Glycolysis / Gluconeogenesis"]
[0,0,0,0,0,0,0,0,"F16P[c] + H2O[c] <=> F6P[c] + PI[c]","Glycolysis / Gluconeogenesis"]
[9.47112458333338,9.47668291666703,9.48224125000039,9.48779958333389,9.49335791666718,9.49891624999996,9.51003291666672,9.51559125000057,"F16P[c] <=> T3P2[c] + T3P1[c]","Glycolysis / Gluconeogenesis"]
[-9.46212339333338,-9.46777632666703,-9.47342926000039,-9.47908219333389,-9.48473512666718,-9.49038805999996,-9.50169392666672,-9.50734686000057,"T3P1[c] <=> T3P2[c]","Glycolysis / Gluconeogenesis"]
[18.8795770333335,18.8913523666679,18.9031277000011,18.914903033335,18.926678366668,18.9384537,18.9620043666668,18.9737797000016,"T3P1[c] + PI[c] + NAD[c] <=> 13PDG[c] + NADH[c] + H[c]","Glycolysis / Gluconeogenesis"]
[-18.8795770333335,-18.8913523666679,-18.9031277000011,-18.914903033335,-18.926678366668,-18.9384537,-18.9620043666668,-18.9737797000016,"3PG[c] + ATP[c] <=> 13PDG[c] + ADP[c]","Glycolysis / Gluconeogenesis"]
[18.7490883233323,18.7622350566678,18.7753817900014,18.7885285233356,18.801675256669,18.8148219899993,18.8411154566662,18.8542621900027,"3PG[c] <=> 2PG[c]","Glycolysis / Gluconeogenesis"]
[18.7490883233323,18.7622350566678,18.7753817900014,18.7885285233356,18.801675256669,18.8148219899993,18.8411154566662,18.8542621900027,"2PG[c] <=> H2O[c] + PEP[c]","Glycolysis / Gluconeogenesis"]
[18.6307597833325,18.645150116669,18.6595404500018,18.6739307833367,18.6883211166693,18.7027114499998,18.7314921166663,18.7458824500033,"ADP[c] + PEP[c] + H[c] <=> ATP[c] + PYR[c]","Glycolysis / Gluconeogenesis"]
[3.57446199392606,3.57192779886008,3.56939360379361,3.56685940872763,3.56432521366071,3.56179101859255,3.55672262845968,3.55418843339431,"2HTPP[m] + LIPO[m] + H[m] <=> DHACAHP[m] + TPP[m]","Glycolysis / Gluconeogenesis"]
[3.57446199392606,3.57192779886008,3.56939360379361,3.56685940872763,3.56432521366071,3.56179101859255,3.55672262845968,3.55418843339431,"COA[m] + DHACAHP[m] <=> ACCOA[m] + DLIPO[m]","Glycolysis / Gluconeogenesis"]
[6.6753875574525,6.67529590331996,6.67520424918694,6.67511259505386,6.67502094092089,3.56179101859255,3.55672262845968,3.55418843339431,"DLIPO[m] + NAD[m] <=> LIPO[m] + NADH[m] + H[m]","Glycolysis / Gluconeogenesis"]
[4.9645884685331,4.96496063386742,4.9653327992004,4.96570496453471,4.96607712986757,9.08005326660052,9.10046251193344,9.11066713460127,"PYR[m] + TPP[m] <=> 2HTPP[m] + CO2[m]","Glycolysis / Gluconeogenesis"]
[0.261448983400085,0.258701227400102,0.255953471399976,0.253205715400184,0.250457959400201,5.36177987800834,5.39072911347403,5.40520373120725,"2HTPP[m] + H[m] <=> ACAL[m] + TPP[m]","Glycolysis / Gluconeogenesis"]
[0,0,0,0,0,0,0,0,"13PDG[c] <=> THDP[c] + H[c]","Glycolysis / Gluconeogenesis"]
[0,0,0,0,0,0,0,0,"G6P[c] <=> BG6P[c]","Glycolysis / Gluconeogenesis"]
[0,0,0,0,0,0,0,0,"ATP[m] + COA[m] + IMI4AC[m] <=> ADP[m] + ITACCOA[m] + PI[m]","Citric Acid Cycle"]
[1000,1000,1000,1000,1000,1000,1000,1000,"CIT[c] <=> ICIT[c]","Citric Acid Cycle"]
[-996.562605006474,-996.56369866554,-996.564792324606,-996.565885983672,-996.566979642739,-996.568073301807,-996.57026061994,-996.571354279006,"CIT[m] <=> ICIT[m]","Citric Acid Cycle"]
[0,0,0,0,0,0,0,0,"ICIT[m] + NADP[m] <=> NADPH[m] + CO2[m] + AKG[m]","Citric Acid Cycle"]
[3.32193998352633,3.32205972446009,3.32217946539348,3.32229920632718,3.32241894726002,0.209400419999524,0.204754819999916,0.202432020000423,"ICIT[m] + NAD[m] <=> CO2[m] + NADH[m] + AKG[m]","Citric Acid Cycle"]
[0,0,0,0,0,0,0,0,"ICIT[x] + NADP[x] <=> NADPH[x] + CO2[x] + AKG[x]","Citric Acid Cycle"]
[3.10092556352645,3.10336810445987,3.10581064539332,3.10825318632623,3.11069572726018,-1.67413959766616e-24,2.98638258634649e-25,-3.70723355546461e-25,"AKG[m] + TPP[m] + H[m] <=> 3C1HTHPP[m] + CO2[m]","Citric Acid Cycle"]
[3.10092556352645,3.10336810445987,3.10581064539332,3.10825318632623,3.11069572726018,0,0,0,"3C1HTHPP[m] + LIPO[m] <=> DISUCLY[m] + TPP[m]","Citric Acid Cycle"]
[-3.10092556352645,-3.10336810445987,-3.10581064539332,-3.10825318632623,-3.11069572726018,1.67643001901516e-24,-2.98225029289398e-25,3.691620508194e-25,"SUCCOA[m] + DLIPO[m] <=> COA[m] + DISUCLY[m]","Citric Acid Cycle"]
[-3.10092556352645,-3.10336810445987,-3.10581064539332,-3.10825318632623,-3.11069572726018,1.67737017076162e-24,-2.99053048372838e-25,3.69221920058085e-25,"ATP[m] + SUCC[m] + COA[m] <=> ADP[m] + PI[m] + SUCCOA[m]","Citric Acid Cycle"]
[1000,1000,1000,1000,1000,1000,1000,1000,"SUCC[m] + COQ6[m] <=> FUM[m] + Q6H2[m]","Citric Acid Cycle"]
[-3.21638057352593,-3.21760971445998,-3.21883885539341,-3.22006799632661,-3.22129713726079,-6.33566454638647,-6.3430079101193,-6.3466795919872,"MAL[m] <=> FUM[m] + H2O[m]","Citric Acid Cycle"]
[12.1144569235912,12.127266975194,12.1400770267945,12.1528870783941,12.1656971299962,12.1785071815928,12.2041272847915,12.2169373363959,"MAL[c] <=> FUM[c] + H2O[c]","Citric Acid Cycle"]
[2.76190085622597e-27,1.31129260090795e-28,4.69385930078463e-29,-6.3159532297748e-28,-7.13287823357167e-28,3.47362732539359e-27,-1.04188246624252e-28,3.76468823815396e-27,"MAL[x] + NAD[x] <=> OAA[x] + NADH[x] + H[x]","Citric Acid Cycle"]
[12.3354713435914,12.3459585951944,12.3564458467948,12.3669330983953,12.3774203499962,12.3879076015923,12.4088821047918,12.4193693563962,"OAA[c] + NADH[c] + H[c] <=> MAL[c] + NAD[c]","Citric Acid Cycle"]
[3.43739499352606,3.43630133446008,3.43520767539361,3.43411401632763,3.43302035726071,6.5450649663859,6.54776273011945,6.54911161198757,"MAL[m] + NAD[m] <=> OAA[m] + NADH[m] + H[m]","Citric Acid Cycle"]
[3.43739499352606,3.43630133446008,3.43520767539361,3.43411401632763,3.43302035726071,3.43192669819255,3.42973938005968,3.42864572099431,"ACCOA[m] + H2O[m] + OAA[m] <=> CIT[m] + COA[m] + H[m]","Citric Acid Cycle"]
[0,0,0,0,0,0,0,0,"ACCOA[x] + OAA[x] + H2O[x] -> CIT[x] + COA[x] + H[x]","Citric Acid Cycle"]
[12.5088536735924,12.5175187251943,12.5261837767946,12.5348488283949,12.5435138799951,12.5521789315927,12.5695090347926,12.5781740863954,"ATP[c] + PYR[c] + HCO3[c] <=> ADP[c] + PI[c] + OAA[c] + H[c]","Citric Acid Cycle"]
[0,0,0,0,0,0,0,0,"ATP[c] + OAA[c] <=> ADP[c] + CO2[c] + PEP[c]","Citric Acid Cycle"]
[12.1757715835927,12.187937235194,12.2001028867942,12.2122685383935,12.2244341899953,12.2365998415932,12.2609311447923,12.2730967963951,"FUM[e] <=>","Exchange reaction"]

{"sheet":"acetoin","index":2,"n_rows":1289,"n_cols":5,"rows_kept":1289,"cut":false,"hidden":false,"merged":[],"flags":["formulas_cached_only"]}
["Elimination by products under the biomass formation as objevtive function","Expression of alsD under the biomass formation as objevtive function","Elimination by products under the acetoin production as objevtive function","Expression of alsD under the acetoin production as objevtive function","Formula"]
[0,1.23685672703851,8.07793566946316e-28,3.10140385979912,"ALA[c] + GLX[c] <=> PYR[c] + GLY[c]"]
[999.973695545084,998.725563598515,-1000,996.864360140201,"AKG[c] + ALA[c] <=> GLU[c] + PYR[c]"]
[-1000,-1000,0.0696839999999607,-970.447073730415,"ASP[m] + AKG[m] <=> OAA[m] + GLU[m]"]
[997.322297715064,999.939995020352,-0.479146295805199,963.702174667179,"ASP[c] + AKG[c] <=> OAA[c] + GLU[c]"]
[0,0,0,0,"ASP[x] + AKG[x] <=> OAA[x] + GLU[x]"]
[0.0156351467128888,0.0156351467113245,0.014244,0.014244,"ATP[c] + ASP[c] + GLN[c] + H2O[c] => AMP[c] + PPI[c] + ASN[c] + GLU[c] + H[c]"]
[2.31534220945013e-29,0,0,0,"COA[x] + ACAR[x] <=> ACCOA[x] + CAR[x]"]
[0,0,0,0,"ACCOA[c] + CAR[c] => COA[c] + ACAR[c]"]
[-2.31534220945013e-29,0,0,0,"COA[m] + ACAR[m] => ACCOA[m] + CAR[m]"]
[0,0,0,0,"GLN[c] + AKG[c] + NADH[c] + H[c] => 2 GLU[c] + NAD[c]"]
[0,0,0,0,"GLN[c] + F6P[c] => GLU[c] + GA6P[c]"]
[0.065576729492439,0.0655767294870003,0.0597420000001034,0.281741015202816,"ATP[c] + GLU[c] + NH3[c] => ADP[c] + PI[c] + GLN[c] + H[c]"]
[0,0,0,0,"GLN[c] + H2O[c] => GLU[c] + NH3[c]"]
[0,0,0,0,"GLU[c] + H[c] => GABA[c] + CO2[c]"]
[0,0,0,0,"GLU[c] + H2O[c] + NAD[c] => AKG[c] + NH3[c] + NADH[c] + H[c]"]
[2.88499640573848,1.89353430824842,0.696055517291191,10.0454249230352,"AKG[c] + NH3[c] + NADPH[c] + H[c] <=> GLU[c] + NADP[c] + H2O[c]"]
[0,0,0,0,"GLUGSAL[m] + NADP[m] + H2O[m] => NADPH[m] + GLU[m] + 2 H[m] "]
[0,1.96229015553642,2.88767568227315,10.0042455091416,"P5C[m] + NAD[m] + 2 H2O[m] => GLU[m] + NADH[m] + H[m]"]
[0,0,0,0,"UDPNAG[c] => UDP[c] + CHIT[c] + H[c]"]
[0,0,0,0,"GA1P[c] <=> GA6P[c]"]
[0,0,0,0,"ACCOA[c] + GA6P[c] <=> COA[c] + NAGA6P[c] + H[c]"]
[0,0,0,0,"SUCCSAL[c] + NADP[c] + H2O[c] <=> SUCC[c] + NADPH[c] + 2 H[c]"]
[0,0,0,0,"UTP[c] + NAGA1P[c] + H[c] <=> PPI[c] + UDPNAG[c]"]
[0,0,0,0,"NAGA6P[c] <=> NAGA1P[c]"]
[0,0,0,0,"GABA[c] + AKG[c] => SUCCSAL[c] + GLU[c]"]
[0.00160039623051052,0.0016003962303504,0.001458,0.001458,"CHOR[c] + GLN[c] => ANTH[c] + PYR[c] + GLU[c] + H[c]"]
[-999.837385253796,-999.837385253812,1000,1000,"UTP[c] + GAL1P[c] + H[c] <=> PPI[c] + UDPGAL[c]"]
[0,0,0,0,"AN6P[c] <=> F6P[c]"]
[0,0,0,0,"AN6P[c] <=> AN1P[c]"]
[0,0,0,0,"GTP[c] + AN1P[c] + H[c] => PPI[c] + GDPMAN[c]"]
[0,0,0,0,"GLYCOGEN[c] + PI[c] => G1P[c]"]
[0,0,0,0,"UDPG[c] + G6P[c] => UDP[c] + TR6P[c]"]
[999.837385253796,999.837385253812,-1000,-1000,"UDPG[c] + GAL1P[c] <=> G1P[c] + UDPGAL[c]"]
[1000,1000,-999.851854,-999.851854,"G1P[c] + UTP[c] + H[c] <=> UDPG[c] + PPI[c]"]
[0,0,0,0,"13GLUCAN[c] + H2O[c] => GLC[c]"]
[0,0,0,0,"13GLUCAN[e] + H2O[e] => GLC[e]"]
[0,0,0,0,"TR6P[c] + H2O[c] => TRE[c] + PI[c] + H[c]"]
[0,0,0,0,"H2O[c] + TRE[c] => 2 GLC[c]"]
[0,0,0,0,"MLT[c] + H2O[c] => 2 GLC[c]"]
[0,0,0,0,"GLC[c] + H[c] + NADPH[c] => NADP[c] + SOT[c]"]
[0.129935050336387,0.129935050323387,0.118374,0.118374,"UDPG[c] => 13GLUCAN[c] + UDP[c] + H[c]"]
[0,0,0,0,"14GLUN[c] => GLYCOGEN[c] + H2O[c]"]
[0,0,0,0,"UDPG[c] + H2O[c] => UDP[c] + H[c] + 14GLUN[c]"]
[0,0,0,0,"GLYCOGEN[c] + H2O[c] => GLC[c]"]
[0.0326796958674617,0.0326796958641921,0.029772,0.029772,"UDPG[c] => 16GLUCAN[c] + H[c] + UDP[c]"]
[0,0,0,0,"UDPG[c] => GLYCOGEN[c] + H[c] + UDP[c]"]
[0,0,0,0,"ATP[c] + FRU[c] => ADP[c] + F6P[c] + H[c]"]
[0,0,0,0,"FRU[c] <=> MAN[c]"]
[0,0,0,0,"ATP[c] + MAN[c] => ADP[c] + AN6P[c] + H[c]"]
[0,0,0,0,"CHIT[c] + H2O[c] => CHITO[c] + AC[c] + H[c]"]
[0,0,0,0,"GA6P[c] + H2O[c] => F6P[c] + NH3[c]"]
[0,0,0,0,"ARAB[c] + NAD[c] => ARABLAC[c] + H[c] + NADH[c]"]
[0,0,0,0,"ARAB[c] + NADP[c] => ARABLAC[c] + NADPH[c] + H[c] "]
[0,0,0,0,"ARABLAC[c] + O2[c] <=> ERTASCB-D[c] + H2O2[c] + H[c]"]
[0,0,0,0,"CHIT[c] + H2O[c] => NAG[c]"]
[0,0,0,0,"AOL[c] + NADP[c] => UL[c] + NADPH[c] + H[c]"]
[0,0,0,0,"ARAB[c] + NADPH[c] + H[c] <=> AOL[c] + NADP[c]"]
[0,0,0,0,"UDPGAL[c] <=> UDPG[c]"]
[0,0,0,0,"T6P[c] + ATP[c] => TDP[c] + ADP[c] + H[c]"]
[0,0,0,0,"RIB[c] + NADPH[c] + H[c] <=> RIBOL[c] + NADP[c]"]
[0,0,0,0,"ATP[c] + RL[c] => ADP[c] + RL5P[c] + H[c]"]
[-0.162614746203885,-0.162614746187626,-0.148145999999997,-0.148145999999997,"G1P[c] <=> G6P[c]"]
[0,0,0,0,"ATP[c] + GLCN[c] => ADP[c] + GA6P[c]"]
[0,0,0,0,"GLYCOGEN[v] + H2O[v] => GLC[v]"]
[0,0,0,0,"H2O[v] + TRE[v] => 2 GLC[v]"]
[0,0,0,0,"RGT[c] + MTHGXL[c] => LGT[c]"]
[0,0,0,0,"LGT[c] + H2O[c] => RGT[c] + DLAC[c] + H[c]"]
[0,0,0,0,"LGT[m] + H2O[m] => RGT[m] + DLAC[m] + H[m]"]
[0,0,0,0,"2 FRI[m] + DLAC[m] => PYR[m] + 2 FRO[m]"]
[-2.23352175878236,0,0,-9.75523492303517,"XUL5P[c] + FALD[c] <=> T3P1[c] + GLYN[c]"]
[0,0,0,0,"ATP[c] + F6P[c] => ADP[c] + F26P[c] + H[c]"]
[0,0,0,0,"F26P[c] + H2O[c] => F6P[c] + PI[c]"]
[0,0,7.14106519375172,0,"MAL[m] + NAD[m] => CO2[m] + NADH[m] + PYR[m]"]
[0,1.23685672703851,0,3.10140385979912,"ICIT[c] => GLX[c] + SUCC[c]"]
[0,0,-1.21169035041947e-27,0,"2MICIT[m] <=> 2MCIT[m]"]
[0,0,0,0,"2MICIT[m] => PYR[m] + SUCC[m]"]
[0,0,1.21169035041947e-27,0,"H2O[m] + OAA[m] + PROPCOA[m] => 2MCIT[m] + COA[m] + H[m]"]
[0,0,0,0,"FRMD[c] + H2O[c] => FOR[c] + NH3[c]"]
[0,0,0,0,"4HGLUSA[m] + NAD[m] + H2O[m] <=> 4HGLU[m] + NADH[m] + 2 H[m]"]
[0,0,0,0,"PHC[m] + H2O[m] + H[m] <=> 4HGLUSA[m]"]
[0,0,0,0,"HPRO[m] + NAD[m] => PHC[m] + 2 H[m] + NADH[m]"]
[0,0,0,0,"HPRO[m] + NADP[m] => PHC[m] + 2 H[m] + NADPH[m]"]
[0,0,0,0,"PHC[c] + 2 H[c] + NADH[c] => HPRO[c] + NAD[c]"]
[0,0,0,0,"PHC[c] + 2 H[c] + NADPH[c] => HPRO[c] + NADP[c]"]
[0,0,0,0,"PHC[m] + NAD[m] + 2 H2O[m] => 4HGLU[m] + NADH[m] + H[m]"]
[-4.97224338199192e-17,-1.59111788223741e-15,0,0,"SA[c] + H[c] => DSA[c] + CO2[c]"]
[-4.97224338199192e-17,-1.59111788223741e-15,0,0,"DSA[c] + PTRSC[c] => 5TA[c] + H[c] + SPRD[c]"]
[0,0,0,0,"DSA[c] + SPRD[c] => 5TA[c] + SPR[c] + H[c]"]
[0.0230575605062441,1.98534771604035,0.009732,10.0252515091416,"NAGLUP[m] + NADPH[m] + H[m] => NAGLUS[m] + PI[m] + NADP[m]"]
[0.0230575605062441,1.98534771604035,0.009732,10.0252515091416,"NAGLUS[m] + GLU[m] => NAORN[m] + AKG[m]"]
[0,0,2.89894968227315,0,"GLU5P[c] + NADH[c] + H[c] => GLUGSAL[c] + NAD[c] + PI[c]"]
[0,0,0,0,"GLU5P[c] + NADPH[c] + H[c] => GLUGSAL[c] + PI[c] + NADP[c]"]
[0.0123750803174044,1.97466523585258,2.89894968227315,10.0155195091416,"GLUGSAL[c] <=> P5C[c] + H2O[c] + H[c]"]
[0,-2.38269385072809e-25,0,0,"GLUGSAL[m] <=> P5C[m] + H2O[m] + H[m]"]
[0.0123750803174044,1.97466523585258,0,10.0155195091416,"ORN[c] + AKG[c] => GLUGSAL[c] + GLU[c]"]
[0.0230575605062441,1.98534771604035,0.009732,10.0252515091416,"NAORN[m] + GLU[m] => NAGLU[m] + ORN[m]"]
[0.0230575605062441,1.98534771604035,0.009732,10.0252515091416,"ATP[m] + NAGLU[m] => ADP[m] + NAGLUP[m]"]
[2.47934634698707e-19,1.5867816620718e-17,0,0,"ACCOA[m] + GLU[m] => NAGLU[m] + COA[m] + H[m]"]
[0,0,0,0,"H2O[c] + COQ6[m] + SPRD[c] => DAPRP[c] + ABUTN[c] + Q6H2[m]"]
[0,0,0,0,"AKG[c] + 4HGLU[c] => 4H2OGLT[c] + GLU[c]"]
[0,0,0,0,"AKG[m] + 4HGLU[m] => 4H2OGLT[m] + GLU[m]"]
[0,0,0,0,"AKG[x] + 4HGLU[x] => 4H2OGLT[x] + GLU[x]"]
[0,0,0,0,"ARG[c] + H2O[c] => ORN[c] + UREA[c]"]
[-4.97224338199192e-17,-1.59111788223741e-15,0,0,"H[c] + ORN[c] => CO2[c] + PTRSC[c]"]
[0.0106824801888398,0.010682480187771,0.009732,0.009732,"CAP[c] + ORN[c] => PI[c] + CITR[c] + H[c]"]
[0,0,2.89894968227315,-4.03896783473158e-28,"ATP[c] + GLU[c] => ADP[c] + GLU5P[c]"]
[0,0,0,0,"GBAD[c] + H2O[c] => GBAT[c] + NH3[c]"]
[0.0106824801888397,0.010682480187771,0.009732,0.009732,"ATP[c] + CITR[c] + ASP[c] <=> AMP[c] + PPI[c] + ARGSUCC[c] + H[c]"]
[0.0106824801888397,0.010682480187771,0.009732,0.009732,"ARGSUCC[c] <=> ARG[c] + FUM[c]"]
[0,1.96229015553642,2.88767568227315,10.0042455091416,"NAD[m] + PRO[m] => P5C[m] + 2 H[m] + NADH[m]"]
[0.0123750803174044,1.97466523585258,2.89894968227315,10.0155195091416,"P5C[c] + NADPH[c] + 2 H[c] => PRO[c] + NADP[c]"]
[0.0181180659674231,0.0181180659659455,0.0165060000000037,0.0165059999999473,"2 ATP[c] + GLN[c] + HCO3[c] + H2O[c] => 2 ADP[c] + PI[c] + GLU[c] + CAP[c] + 2 H[c]"]
[-2.31534220945013e-29,0,0,0,"CAR[m] + ACAR[c] => CAR[c] + ACAR[m]"]
[0,0,0,0,"ABUTN[m] + NAD[m] + H2O[m] => GABA[m] + NADH[m] + 2 H[m]"]
[0,0,0,0,"SPR[c] + O2[c] + H2O[c] => SPRD[c] + APROA[c] + H2O2[c]"]
[0,0,0,0,"SPRD[c] + O2[c] + H2O[c] => PTRSC[c] + APROA[c] + H2O2[c]"]
[0,0,0,0,"APROA[c] + H2O[c] + NAD[c] => BALA[c] + 2 H[c] + NADH[c]"]
[0.0658599271815028,0.0658599271749136,0.06,0.06,"0.0038 BT[c] + 0.0037 P5P[c] + 0.0012 FAD[c] + 0.0022 TPP[c] + 0.0014 NAD[c] + 0.0016 COQ6[c] + 0.0012 NADP[c] + 0.0012 COA[c] + 0.0020 FMN[c] + 0.0020 MTHF[c] + 0.2385 GLU[c] + 0.2367 GLN[c] + 0.1879 PRO[c] + 0.1622 ARG[c] + 0.3341 LYS[c] + 0.3277 SER[c] + 0.3351 GLY[c] + 0.0107 CYS[c] + 0.2374 ASP[c] + 0.2374 ASN[c] + 0.2378 THR[c] + 0.1119 HIS[c] + 0.0729 MET[c] + 0.2329 ILE[c] + 0.3994 ALA[c] + 0.2805 VAL[c] + 0.3533 LEU[c] + 0.1712 PHE[c] + 0.1118 TYR[c] + 0.0243 TRP[c] + 0.0224 GTP[c] + 0.0791 UTP[c] + 0.0273 CTP[c] + 0.0040 DATP[c] + 0.0025 DCTP[c] + 0.0025 DGTP[c] + 0.0040 DTTP[c] + 0.0122 TGLY[c] + 0.0002 RGOST[c] + 0.000006 SQL[c] + 0.00002 LNST[c] + 0.0159 PC[c] + 0.0050 PE[c] + 0.0083 PINS[c] + 0.0017 PS[c] + 0.0008 CL[c] + 0.0014 PA[c] + 0.0002 PG[c] + 0.4962 16GLUCAN[c] + 1.9729 13GLUCAN[c] + 59.4502 ATP[c] => 59.4502 ADP[c] + 59.3806 PI[c] + 59.3806 H[c] + 0.2114 PPI[c]"]
[0,0,0,0,"BTAP[c] + APOCARB[c] => AMP[c] + BCCP[c] + H[c]"]
[0,0,0,0,"ATP[c] + BT[c] + H[c] => BTAP[c] + PPI[c]"]
[0,0,6.306761804902,4.75267287500246,"ACLAC[e] + O2[e] + 3 H[e] => DACE[e] + CO2[e] + 2 H2O[e]"]
[0,0,0,0,"ACT[c] + NADH[c] + H[c] <=> BTD-RR[c] + NAD[c]"]
[0,0,6.306761804902,4.75267287500246,"DACE[c] + NADH[c] + H[c] => ACT[c] + NAD[c]"]
[0,0,0,0,"ATP[m] + COA[m] + IMI4AC[m] <=> ADP[m] + ITACCOA[m] + PI[m]"]
[1000,1000,1000,1000,"CIT[c] <=> ICIT[c]"]
[-999.923510280572,-998.686653553541,-999.930316,-996.828912140201,"CIT[m] <=> ICIT[m]"]
[0,0,0,0,"ICIT[m] + NADP[m] => NADPH[m] + CO2[m] + AKG[m]"]
[0.0764897194280976,0.0764897194206391,0.0696840000000113,0.0696840000002579,"ICIT[m] + NAD[m] => CO2[m] + NADH[m] + AKG[m]"]
[0,0,0,0,"ICIT[x] + NADP[x] => NADPH[x] + CO2[x] + AKG[x]"]
[0,1.81477909286553e-23,0,0,"AKG[m] + TPP[m] + H[m] => 3C1HTHPP[m] + CO2[m]"]
[0,0,-1.0097419586829e-27,0,"3C1HTHPP[m] + LIPO[m] => DISUCLY[m] + TPP[m]"]
[0,-1.81367144026096e-23,1.0097419586829e-27,0,"SUCCOA[m] + DLIPO[m] <=> COA[m] + DISUCLY[m]"]
[0,-1.81369826432152e-23,1.0097419586829e-27,0,"ATP[m] + SUCC[m] + COA[m] <=> ADP[m] + PI[m] + SUCCOA[m]"]
[999.983923591775,1000,-1000,-996.898596140201,"SUCC[m] + COQ6[m] <=> FUM[m] + Q6H2[m]"]
[0.0160764082247973,-1.23685672703843,5.9498467245462,-3.10140385979912,"MAL[m] <=> FUM[m] + H2O[m]"]
[-0.0212200685366702,10.7068269124093,-0.0193320000001243,-0.0933316717343006,"MAL[c] <=> FUM[c] + H2O[c]"]
[0,0,0,0,"MAL[x] + NAD[x] <=> OAA[x] + NADH[x] + H[x]"]
[-999.994856339688,-12.9391368123865,986.928420081702,29.5765739413186,"OAA[c] + NADH[c] + H[c] <=> MAL[c] + NAD[c]"]
[1000,3.46916662701584,-1000,-26.3818384097852,"MAL[m] + NAD[m] <=> OAA[m] + NADH[m] + H[m]"]
[0.0764897194282598,1.31334644645908,0.0696839999999607,3.17108785979937,"ACCOA[m] + H2O[m] + OAA[m] => CIT[m] + COA[m] + H[m]"]
[0,0,0,0,"ACCOA[x] + OAA[x] + H2O[x] => CIT[x] + COA[x] + H[x]"]
[2.73777312451873,10.8433216114783,13.550726214103,6.72125139150198,"ATP[c] + PYR[c] + HCO3[c] => ADP[c] + PI[c] + OAA[c] + H[c]"]
[0,0,0,0,"ATP[c] + OAA[c] => ADP[c] + CO2[c] + PEP[c]"]
[0,0,0,0,"OVAL[c] + H[c] => 2MPPAL[c] + CO2[c]"]
[0,0,0,9.5925486074875e-28,"2MBALD[c] + H[c] + NADH[c] => 2MBTOH[c] + NAD[c]"]
[0,1.19689950922118,0,0,"2MBALD[c] + H[c] + NADPH[c] => 2MBTOH[c] + NADP[c]"]
[0,0,0,0,"2MBALD[m] + H[m] + NADH[m] => 2MBTOH[m] + NAD[m]"]
[0,1.19689950922118,0,9.5925486074875e-28,"3OP[c] + H[c] => 2MBALD[c] + CO2[c]"]
[0,0,0,0,"2MPPAL[c] + H[c] + NADH[c] => IBUTOH[c] + NAD[c]"]
[0,0,0,0,"2MPPAL[c] + H[c] + NADPH[c] => IBUTOH[c] + NADP[c]"]
[0,0,0,0,"2MPPAL[m] + H[m] + NADH[m] => IBUTOH[m] + NAD[m]"]
[0,0,0,0,"H2O[c] + IBUTAC[c] => AC[c] + H[c] + IBUTOH[c]"]
[0,0,0,0,"ACCOA[c] + IBUTOH[c] => COA[c] + IBUTAC[c]"]
[0,0,0,0,"3MBALD[c] + H[c] + NADH[c] => IAMOH[c] + NAD[c]"]
[0,0,0,0,"3MBALD[c] + H[c] + NADPH[c] => IAMOH[c] + NADP[c]"]
[0,0,0,0,"3MBALD[m] + H[m] + NADH[m] => IAMOH[m] + NAD[m]"]
[0,0,0,0,"4MOP[c] + H[c] => 3MBALD[c] + CO2[c]"]
[0,0,0,0,"ACCOA[c] + IAMOH[c] => COA[c] + ISACE[c]"]
[1.85744779991948e-27,0,0,0,"H[m] + IACALD[m] + NADH[m] => IND3ETH[m] + NAD[m]"]
[0,0,0,0,"H2O[c] + ISACE[c] => AC[c] + H[c] + IAMOH[c]"]
[0,1.19689950922118,0,0,"2MBTOH[c] + ACCOA[c] => 2MBAC[c] + COA[c]"]
[0,0,0,0,"H[c] + IACALD[c] + NADH[c] => IND3ETH[c] + NAD[c]"]
[0,0,0,0,"H[c] + NADH[c] + PHAL[c] => 2PHETOH[c] + NAD[c]"]
[0,0,0,0,"H[m] + NADH[m] + PHAL[m] => 2PHETOH[m] + NAD[m]"]
[0,0,0,0,"2PHETOH[c] + ACCOA[c] => COA[c] + PHEAC[c]"]
[0,0,0,0,"CBHCAP[c] + SA[c] => 3IPMMEST[c] + SAH[c]"]
[-4.97224338199192e-17,-1.59111788223741e-15,0,0,"5M23DPP[c] + H2O[c] => 12DI3ONE[c] + PI[c] + 2 H[c]"]
[-4.97224338199192e-17,-1.59111788223741e-15,0,0,"5THR1P[c] => REOL[c] + H[c]"]
[-4.97224338199192e-17,-1.59111788223741e-15,0,0,"REOL[c] + H[c] => 5M23DPP[c] + H2O[c]"]
[2.23352175878236,0,0,9.75523492303517,"FGT[c] + H2O[c] => FOR[c] + RGT[c] + H[c]"]
[0.005584921824991,0.00558492182443301,0.0103628413800815,0.005088,"APS[c] + ATP[c] => ADP[c] + PAPS[c] + H[c]"]
[0.005584921824991,0.00558492182443301,0.0103628413800815,0.005088,"H2O[c] + PAP[c] => AMP[c] + PI[c]"]
[0.005584921824991,0.00558492182443301,0.0103628413800815,0.005088,"PAPS[c] + RTHIO[c] => OTHIO[c] + H2SO3[c] + PAP[c] + 2 H[c]"]
[0,0,0,0,"ASR[c] + H2S[c] => AC[c] + CYS[c] + H[c]"]
[0.005584921824991,0.00558492182443301,0.0103628413800815,0.005088,"ADP[c] + SLF[c] + H[c] => PI[c] + APS[c]"]
[0,0,0,0,"SLF[c] + ATP[c] + H[c] => PPI[c] + APS[c]"]
[0,0,0,0,"SER[c] + ACCOA[c] => ASR[c] + COA[c]"]
[0.00558492182499099,0.00558492182443301,0.0103628413800815,0.005088,"H2SO3[c] + 3 NADPH[c] + 5 H[c] <=> H2S[c] + 3 NADP[c] + 3 H2O[c]"]
[0.00347081816246519,0.00347081816211795,0.00316199999995499,0.00316199999995532,"SAH[c] + H2O[c] => ADN[c] + HCYS[c]"]
[0,0,0,0,"OAHSR[c] + METH[c] => MET[c] + AC[c] + H[c]"]
[0,0,0,0,"OAHSR[c] + H2S[c] => HCYS[c] + AC[c] + H[c]"]
[-6.56006285997482e-30,0,9.62964972193618e-35,0,"LLCT[x] + H2O[x] => HCYS[x] + NH3[x] + PYR[x]"]
[0,0,0,0,"LLCT[c] + H2O[c] => HCYS[c] + PYR[c] + NH3[c]"]
[0.00347081816246514,0.00347081816211636,0.00316199999995499,0.00316199999995532,"ATP[c] + MET[c] + H2O[c] => SA[c] + PPI[c] + PI[c]"]
[0,0,0,0,"SA[c] + CAPHIS[c] => SAH[c] + CMAPHIS[c] + H[c]"]
[0,0,0,0,"OAHSR[c] + CYS[c] => LLCT[c] + AC[c] + H[c]"]
[0.00827200685399675,0.00827200685316915,0.00753599999995499,0.00753599999995532,"HCYS[c] + MTHF[c] => THF[c] + MET[c] + H[c]"]
[-0.00480118869153155,-0.0048011886910512,-0.004374,-0.004374,"SUCCHOMO[c] + H2O[c] <=> SUCC[c] + OBUT[c] + NH3[c] + H[c]"]
[-6.56006285997482e-30,0,0,0,"SUCCHOMO[c] + CYS[c] => LLCT[c] + SUCC[c] + H[c]"]
[0,0,0,0,"LLCT[c] + H2O[c] => CYS[c] + NH3[c] + OBUT[c]"]
[0,0,0,0,"CYS[c] + AKG[c] => MPYR[c] + GLU[c]"]
[0,0,0,0,"MPYR[c] + H2SO3[c] + H[c] => THJ[c] + PYR[c]"]
[-4.97224338199192e-17,-1.59111788223741e-15,0,0,"12DI3ONE[c] + O2[c] => 4M2OB[c] + FOR[c] + H[c]"]
[-4.97224338199192e-17,-1.59111788223741e-15,0,0,"4M2OB[c] + GLU[c] => MET[c] + AKG[c]"]
[-4.97224338199192e-17,-1.59111788223741e-15,0,0,"5TA[c] + PI[c] + H[c] => AD[c] + 5THR1P[c]"]
[-0.000783733133459444,-0.000783733133381811,-0.0059888413800815,-0.000713999999999999,"CYS[c] + H2O[c] <=> H2S[c] + PYR[c] + NH3[c]"]
[0.00480118869153155,0.0048011886910512,0.004374,0.004374,"SUCCHOMO[c] + H2S[c] => HCYS[c] + SUCC[c] + H[c]"]
[0,0,0,0,"ASR[c] + THJ[c] + RTHIO[c] => CYS[c] + H2SO3[c] + OTHIO[c] + AC[c] + 2 H[c]"]
[8.60787885789991e-26,0,0,0,"ACCOA[c] + HSR[c] <=> COA[c] + OAHSR[c]"]
[0,0,0,0,"HCYS[c] + MTHPTGLU[c] => THPTGLU[c] + MET[c]"]
[0,0,0,0,"THY[e] <=>"]
[0,0,0,0,"F2[e] <=>"]
[0,0,0,0,"SPR[e] <=>"]
[0,0,0,0,"GABA[e] <=>"]
[0,0,0,0,"PPD[e] <=>"]
[0,0,0,0,"LLAC[e] <=>"]
[0,0,0,0,"DLAC[e] <=>"]
[0,0,0,0,"METHOL[e] <=>"]
[0,0,0,0,"SPRD[e] <=>"]
[0,0,0,0,"PHE[e] <=>"]
[0,0,0,0,"GLN[e] <=>"]
[0,0,0,0,"DA[e] <=>"]
[0,0,0,0,"GSN[e] <=>"]
[0,0,0,0,"DACE[e] <=>"]
[0,0,0,0,"NMN[e] <=>"]
[0,0,0,0,"AKG[e] <=>"]
[0,0,0,0,"MAL[e] <=>"]
[0,1.19689950922118,0,0,"2MBAC[e] <=>"]
[0,0,0,0,"FMN[e] <=>"]
[0,0,0,0,"GLCNT[e] <=>"]
[0,10.7280469809442,0,0,"FUM[e] <=>"]
[0,0,0,0,"SOR[e] <=>"]
[0,0,0,0,"13GLUCAN[e] <=>"]
[0,0,0,0,"DIN[e] <=>"]
[0,1.26392743090816,0,3.01949677170269,"AC[e] <=>"]
[0,0,0,0,"Na[e] <=>"]
[0,0,0,0,"CIT[e] <=>"]
[0,0,0,0,"K[e] <=>"]
[0.0160764082247096,0,5.94984672454615,0,"SUCC[e] <=>"]
[0,0,0,0,"PHAL[e] <=>"]
[0,0,0,0,"2PHETOH[e] <=>"]
[0,0,0,0,"PHEAC[e] <=>"]
[0,0,0,0,"SUCR[e]  <=> "]
[0,0,0,0,"IBUTOH[e] <=>"]
[0,0,0,0,"IBUTAC[e] <=>"]
[0,0,0,0,"ISACE[e] <=>"]
[0,0,0,0,"ILE[e] <=>"]
[0,0,0,0,"TRP[e] <=>"]
[0,0,0,0,"LYS[e] <=>"]
[0.332943109144868,0,0.318394295805111,0,"GLY[e] <=>"]
[0,0,0,0,"ASP[e] <=>"]
[0,0,0,0,"GLU[e] <=>"]
[0,0,0,0,"LEU[e] <=>"]
[0,0,0,0,"HIS[e] <=>"]
[0,0,0,0,"PYR[e] <=>"]
[0,0,0,0,"ARG[e] <=>"]
[0,0,0,0,"ADN[e] <=>"]
[0,0,0,0,"PRO[e] <=>"]
[0,0,0,0,"SER[e] <=>"]
[0,0,0,0,"TYR[e] <=>"]
[0,0,0,0,"MET[e] <=>"]
[0,0,0.0463292214857386,0,"ALA[e] <=>"]
[0,0,0.00527484138008151,0,"CYS[e] <=>"]
[0,0.332943109183354,0,0,"VAL[e] <=>"]
[0,0,0,0,"IND3ETH[e] <=>"]
[0.000131719854362644,0.000131719854350136,0.000120000000000011,0.0001200000000002,"GLAL[e] <=>"]
[0,1.00643188367765,6.506761804902,7.83340744241802,"ACT[e] <=>"]
[0,0,0,0,"ARAB[e] <=>"]
[0,0,0,0,"FRU[e] <=>"]
[0,0,0,0,"GLAC[e] <=>"]
[-11.0194664029738,-11.0194664029738,-11.0194664029738,-11.0194664029738,"GLC[e] <=>"]
[0,0,0,0,"PTRSC[e] <=>"]
[0,0,0,0,"GL[e] <=>"]
[0,0,0,0,"MAN[e] <=>"]
[0,0,0,0,"MYOI[e] <=>"]
[0,0,0,0,"TRE[e] <=>"]
[18.8629455137879,0,2.17871964873132,0,"ETOH[e] <=>"]
[0,0,0,0,"RIB[e] <=>"]
[0,0,0,0,"AD[e] <=>"]
[0,0,0,0,"CYTS[e] <=>"]
[0,0,0,0,"DC[e] <=>"]
[0,0,0,0.0739996717343039,"GN[e] <=>"]
[0,0,0,0,"DU[e] <=>"]
[0,0,0,0,"CYTD[e] <=>"]
[0,0,0,0,"URI[e] <=>"]
[0,0,0,0,"INS[e] <=>"]
[0,0,0,0,"DT[e] <=>"]
[0,0,0,0,"DG[e] <=>"]
[0,0,0,0,"HYN[e] <=>"]
[-0.00024368173057156,-0.00024368173054718,-0.000222,-0.000222,"PYRD[e] <=>"]
[-0.000144891839802862,-0.000144891839786778,-0.000131999999999872,-0.000132000000000007,"THME[e] <=>"]
[-0.000171235810358561,-0.000171235810961855,-0.000156000000091271,-0.000156000000097301,"NICD[e] <=>"]
[-0.000250267723289711,-0.000250267723264672,-0.000228,-0.000228,"BT[e] <=>"]
[0,0,0,0,"CHO[e] <=>"]
[25.0848589701428,0,8.79465606237861,11.6238357490154,"CO2[e] <=>"]
[-0.749408358671414,-0.749408358671414,-0.749408358671414,-0.749408358671414,"NH3[e] <=>"]
[-6.31033832330195,-6.31033832330195,-6.31033832330195,-6.31033832330195,"O2[e] <=>"]
[-0.00848275861941323,-0.00848275861941323,-0.0077280000001599,-0.00772800000080524,"PI[e] <=>"]
[0,0,0,0,"RGOST[e] <=>"]
[0,0,0,0,"RIBFLAV[e] <=>"]
[0,0,0,0,"SA[e] <=>"]
[-0.005584921824991,-0.00558492182443301,-0.0103628413800815,-0.005088,"SLF[e] <=>"]
[0,0,0,0,"ORN[e] <=>"]
[0,0,0,0,"UREA[e] <=>"]
[0.754088238647682,25.05482058235,0,0,"H[e] <=> "]
[0,0,0,0,"URA[e] <=>"]
[0,0,0,0,"ZYST[e] <=>"]
[0,0,0,0,"FST[e] <=>"]
[-8.4077907859489e-45,0,0,0,"CAR[e] <=>"]
[0,0,0,0,"PNTO[e] <=>"]
[11.3368219719049,27.3613579524593,23.5896592615474,24.3390810271775,"H2O[e] <=>"]
[0,0,0,0,"PST[e] <=>"]
[0,0,0,0,"LNST[e] <=>"]
[0,0,0,0,"SQL[e] <=>"]
[0,0,0,0,"THR[e] <=>"]
[0,0,0,0,"ASN[e] <=>"]
[0,0,0,0,"C160COA[c] + NADPH[c] + O2[c] + H[c] => C161COA[c] + NADP[c] + 2 H2O[c]"]
[8.81598794178867e-28,0,0,0,"C140COA[c] + NADPH[c] + O2[c] + H[c] => C141COA[c] + NADP[c] + 2 H2O[c]"]
[0.0010228942386297,0.00102289423852737,0.0009318816,0.0009318816,"3 H[c] + C160[c] + MALCOA[c] + 2 NADPH[c] => CO2[c] + COA[c] + H2O[c] + 2 NADP[c] + C180[c]"]
[0.00318877961030313,0.0031887796099841,0.002905056,0.002905056,"3 H[c] + MALCOA[c] + 2 NADPH[c] + C140[c] => CO2[c] + COA[c] + H2O[c] + C160[c] + 2 NADP[c]"]
[-8.81598794178867e-28,0,0,0,"3 H[c] + MALCOA[c] + 2 NADPH[c] + C140COA[c] => CO2[c] + COA[c] + H2O[c] + 2 NADP[c] + C160COA[c]"]
[0,0,0,0,"3 H[c] + MALCOA[c] + 2 NADPH[c] + C160COA[c] => CO2[c] + COA[c] + H2O[c] + 2 NADP[c] + C180COA[c]"]
[0.00689935952047404,0.00689935951978378,0.0062854848,0.0062854848,"3 H[c] + MALCOA[c] + 2 NADPH[c] + C80[c] => CO2[c] + COA[c] + C100[c] + H2O[c] + 2 NADP[c]"]
[0,0,0,0,"3 H[c] + MALCOA[c] + 2 NADPH[c] + C80COA[c] => CO2[c] + COA[c] + C100COA[c] + H2O[c] + 2 NADP[c]"]
[0.00103048657103519,0.00103048657093209,0.0009387984,0.0009387984,"4 H[c] + C160[c] + MALCOA[c] + 3 NADPH[c] + O2[c] => CO2[c] + COA[c] + 3 H2O[c] + 3 NADP[c] + C181[c]"]
[0.00114437155711744,0.00114437155700295,0.0010425504,0.0010425504,"4 H[c] + MALCOA[c] + 3 NADPH[c] + O2[c] + C140[c] => CO2[c] + COA[c] + 3 H2O[c] + C161[c] + 3 NADP[c]"]
[0.00689935952047404,0.00689935951978378,0.0062854848,0.0062854848,"ACCOA[c] + 8 H[c] + 3 MALCOA[c] + 6 NADPH[c] => 3 CO2[c] + 4 COA[c] + 2 H2O[c] + 6 NADP[c] + C80[c]"]
[0,0,0,0,"ACCOA[c] + 9 H[c] + 3 MALCOA[c] + 6 NADPH[c] => 3 CO2[c] + 3 COA[c] + 3 H2O[c] + 6 NADP[c] + C80COA[c]"]
[0.00689935952047404,0.00689935951978378,0.0062854848,0.0062854848,"C100[c] + 3 H[c] + MALCOA[c] + 2 NADPH[c] => CO2[c] + COA[c] + C120[c] + H2O[c] + 2 NADP[c]"]
[0,0,0,0,"C100COA[c] + 3 H[c] + MALCOA[c] + 2 NADPH[c] => CO2[c] + COA[c] + C120COA[c] + H2O[c] + 2 NADP[c]"]
[0.00561073364765241,0.00561073364709107,0.0051115152,0.0051115152,"C120[c] + 3 H[c] + MALCOA[c] + 2 NADPH[c] => CO2[c] + COA[c] + H2O[c] + 2 NADP[c] + C140[c]"]
[0.00128862587282163,0.00128862587269271,0.0011739696,0.0011739696,"C120[c] + 4 H[c] + MALCOA[c] + 3 NADPH[c] + O2[c] => CO2[c] + COA[c] + 3 H2O[c] + 3 NADP[c] + C141[c]"]
[0,0,0,0,"C120COA[c] + 3 H[c] + MALCOA[c] + 2 NADPH[c] => CO2[c] + COA[c] + H2O[c] + 2 NADP[c] + C140COA[c]"]
[0,0,0,0,"ACCOA[m] + ACP[m] <=> COA[m] + ACACP[m]"]
[0,0,0,0,"ACP[m] + MALCOA[m] <=> COA[m] + MALACP[m]"]
[0,0,0,0,"ACACP[m] + MALACP[m] + 3 H[m] + NADPH[m] + NADH[m] => CO2[m] + ACP[m] + NADP[m] + H2O[m] + C40ACP[m] + NAD[m]"]
[0,0,0,0,"ACACP[m] + 2 MALACP[m] + 6 H[m] + 4 NADPH[m] => 2 CO2[m] + 2 ACP[m] + 4 NADP[m] + 2 H2O[m] + C60ACP[m] + 2 H2O[m]"]
[0,0,0,0,"ACACP[m] + 3 MALACP[m] + 9 H[m] + 6 NADPH[m] => 3 CO2[m] + 3 ACP[m] + 6 NADP[m] + 3 H2O[m] + C80ACP[m]"]
[0,0,0,0,"ACACP[m] + 4 MALACP[m] + 12 H[m] + 8 NADPH[m] => 4 CO2[m] + 4 ACP[m] + 8 NADP[m] + 4 H2O[m] + C100ACP[m]"]
[0,0,0,0,"ACACP[m] + 5 MALACP[m] + 15 H[m] + 10 NADPH[m] => 5 CO2[m] + 5 ACP[m] + 10 NADP[m] + 5 H2O[m] + C120ACP[m]"]
[0,0,0,0,"ACACP[m] + 6 MALACP[m] + 18 H[m] + 12 NADPH[m] => 6 CO2[m] + 6 ACP[m] + 12 NADP[m] + 6 H2O[m] + C140ACP[m]"]
[0,0,0,0,"ACACP[m] + 7 MALACP[m] + 21 H[m] + 14 NADPH[m] => 7 CO2[m] + 7 ACP[m] + 14 NADP[m] + 7 H2O[m] + C160ACP[m]"]
[0,0,0,0,"ACACP[m] + 8 MALACP[m] + 24 H[m] + 16 NADPH[m] => 8 CO2[m] + 8 ACP[m] + 16 NADP[m] + 8 H2O[m] + C180ACP[m]"]
[0,0,0,0,"ACACP[m] + 7 MALACP[m] + 22 H[m] + 15 NADPH[m] + O2[m] => 7 CO2[m] + 7 ACP[m] + 15 NADP[m] + 9 H2O[m] + C161ACP[m]"]
[0,0,0,0,"ACACP[m] + 8 MALACP[m] + 25 H[m] + 17 NADPH[m] + O2[m] => 8 CO2[m] + 8 ACP[m] + 17 NADP[m] + 10 H2O[m] + C181ACP[m]"]
[0,0,0,0,"ACACP[m] + 6 MALACP[m] + 19 H[m] + 13 NADPH[m] + O2[m] => 6 CO2[m] + 6 ACP[m] + 13 NADP[m] + 8 H2O[m] + C141ACP[m]"]
[0,0,0,0,"H2O[c] + C141ACP[c] => ACP[c] + H[c] + C141[c]"]
[0,0,0,0,"H2O[c] + C140ACP[c] => ACP[c] + H[c] + C140[c]"]
[0,0,0,0,"H2O[c] + C161ACP[c] => ACP[c] + H[c] + C161[c]"]
[0,0,0,0,"H2O[c] + C180ACP[c] => ACP[c] + H[c] + C180[c]"]
[0,0,0,0,"H2O[c] + C160ACP[c] => ACP[c] + H[c] + C160[c]"]
[0,0,0,0,"C80[c] + COA[c] + ATP[c] => C80COA[c] + PPI[c] + AMP[c]"]
[0,0,0,0,"C40ACP[c] + H2O[c] => C40[c] + ACP[c] + H[c]"]
[0.0477826890999297,0.0477826890951492,0,0.0435311952,"ATP[m] + BCCP[m] + HCO3[m] => ADP[m] + PI[m] + CARCCP[m] + H[m]"]
[0,0,0,0,"ACCOA[m] + CARCCP[m] <=> MALCOA[m] + BCCP[m]"]
[0,0,0.0435311952,0,"ATP[c] + BCCP[c] + HCO3[c] => ADP[c] + PI[c] + CARCCP[c] + H[c]"]
[0.0477826890999297,0.0477826890951492,0.0435311952,0.0435311952,"ACCOA[c] + CARCCP[c] <=> MALCOA[c] + BCCP[c]"]
[0,0,0,0,"7 COA[x] + 7 H2O[x] + C161COA[x] + 7 NAD[x] + 6 O2[x] => 8 ACCOA[x] + 7 H[x] + 6 H2O2[x] + 7 NADH[x]"]
[0,0,0,0,"7 COA[x] + 7 H2O[x] + C161COA[x] + 7 NAD[x] + NADPH[x] + 7 O2[x] => 8 ACCOA[x] + 6 H[x] + 7 H2O2[x] + 7 NADH[x] + NADP[x]"]
[0,0,0,0,"C141COA[x] + 5 O2[x] + 6 H2O[x] + 6 NAD[x] + 6 COA[x] => 5 H2O2[x] + 6 NADH[x] + 6 H[x] + 7 ACCOA[x]"]
[0,0,0,0,"8 COA[x] + 8 H2O[x] + 8 NAD[x] + 7 O2[x] + C181COA[x] => 9 ACCOA[x] + 8 H[x] + 7 H2O2[x] + 8 NADH[x]"]
[0,0,0,0,"C141COA[x] + 6 O2[x] + 6 H2O[x] + 6 NAD[x] + 6 COA[x] + NADPH[x] => 6 H2O2[x] + 6 NADH[x] + 5 H[x] + 7 ACCOA[x] + NADP[x]"]
[0,0,0,0,"8 COA[x] + 8 H2O[x] + 8 NAD[x] + NADPH[x] + 8 O2[x] + C181COA[x] => 9 ACCOA[x] + 7 H[x] + 8 H2O2[x] + 8 NADH[x] + NADP[x]"]
[0,0,0,0,"C181ACP[c] + H2O[c] => C181[c] + ACP[c] + H[c]"]
[0,0,0,0,"C120ACP[c] + H2O[c] => C120[c] + ACP[c] + H[c]"]
[0,0,0,0,"C100ACP[c] + H2O[c] => C100[c] + ACP[c] + H[c]"]
[0,0,0,0,"C120[c] + COA[c] + ATP[c] => C120COA[c] + PPI[c] + AMP[c]"]
[0,0,0,0,"C140[c] + COA[c] + ATP[c] => C140COA[c] + PPI[c] + AMP[c]"]
[0,0,0,0,"C160[c] + COA[c] + ATP[c] => C160COA[c] + PPI[c] + AMP[c]"]
[0,0,0,0,"C161[c] + COA[c] + ATP[c] => C161COA[c] + PPI[c] + AMP[c]"]
[0,0,0,0,"C180[c] + COA[c] + ATP[c] => C180COA[c] + PPI[c] + AMP[c]"]
[0,0,0,0,"C141[c] + COA[c] + ATP[c] => C141COA[c] + PPI[c] + AMP[c]"]
[0,0,0,0,"C100[c] + COA[c] + ATP[c] => C100COA[c] + PPI[c] + AMP[c]"]
[0,0,0,0,"C60ACP[c] + H2O[c] => C60[c] + ACP[c] + H[c]"]
[0,0,0,0,"C140COA[x] + 6 O2[x] + 6 H2O[x] + 6 NAD[x] + 6 COA[x] => 6 H2O2[x] + 6 NADH[x] + 6 H[x] + 7 ACCOA[x]"]
[0,0,0,0,"C160COA[x] + 7 O2[x] + 7 H2O[x] + 7 NAD[x] + 7 COA[x] => 7 H2O2[x] + 7 NADH[x] + 7 H[x] + 8 ACCOA[x]"]
[0,0,0,0,"C40COA[x] + O2[x] + H2O[x] + NAD[x] + COA[x] => H2O2[x] + NADH[x] + H[x] + 2 ACCOA[x]"]
[0,0,0,0,"C60COA[x] + 2 O2[x] + 2 H2O[x] + 2 NAD[x] + 2 COA[x] => 2 H2O2[x] + 2 NADH[x] + 2 H[x] + 3 ACCOA[x]"]
[0,0,0,0,"C80COA[x] + 3 O2[x] + 3 H2O[x] + 3 NAD[x] + 3 COA[x] => 3 H2O2[x] + 3 NADH[x] + 3 H[x] + 4 ACCOA[x]"]
[0,0,0,0,"C100COA[x] + 4 O2[x] + 4 H2O[x] + 4 NAD[x] + 4 COA[x] => 4 H2O2[x] + 4 NADH[x] + 4 H[x] + 5 ACCOA[x]"]
[0,0,0,0,"C120COA[x] + 5 O2[x] + 5 H2O[x] + 5 NAD[x] + 5 COA[x] => 5 H2O2[x] + 5 NADH[x] + 5 H[x] + 6 ACCOA[x]"]
[0,0,-2.13992216043026e-35,0,"C180COA[x] + 8 O2[x] + 8 H2O[x] + 8 NAD[x] + 8 COA[x] => 8 H2O2[x] + 8 NADH[x] + 8 H[x] + 9 ACCOA[x]"]
[0,0,0,0,"C40[x] + COA[x] + ATP[x] <=> C40COA[x] + PPI[x] + AMP[x]"]
[0,0,0,0,"C60[x] + COA[x] + ATP[x] <=> C60COA[x] + PPI[x] + AMP[x]"]
[0,0,0,0,"C80[x] + COA[x] + ATP[x] <=> C80COA[x] + PPI[x] + AMP[x]"]
[0,0,0,0,"C100[x] + COA[x] + ATP[x] <=> C100COA[x] + PPI[x] + AMP[x]"]
[0,0,0,0,"C120[x] + COA[x] + ATP[x] <=> C120COA[x] + PPI[x] + AMP[x]"]
[0,0,0,0,"C140[x] + COA[x] + ATP[x] <=> C140COA[x] + PPI[x] + AMP[x]"]
[8.91542813057096e-28,0,0,0,"C160[x] + COA[x] + ATP[x] <=> C160COA[x] + PPI[x] + AMP[x]"]
[0,0,0,0,"C161[x] + COA[x] + ATP[x] <=> C161COA[x] + PPI[x] + AMP[x]"]
[0,0,0,0,"C180[x] + COA[x] + ATP[x] <=> C180COA[x] + PPI[x] + AMP[x]"]
[0,0,0,0,"C181[x] + COA[x] + ATP[x] <=> C181COA[x] + PPI[x] + AMP[x]"]
[-8.8496432394511e-28,0,1.95776867220936e-35,0,"C141[x] + COA[x] + ATP[x] <=> C141COA[x] + PPI[x] + AMP[x]"]
[0,0,0,0,"C180COA[c] + NADPH[c] + O2[c] + H[c] => C181COA[c] + NADP[c] + 2 H2O[c]"]
[0.00690212036862149,0.00690212036793095,0.006288,0.006288,"FAA[c] + COA[c] + ATP[c] + H[c] => ACYLCOA[c] + PPI[c] + AMP[c]"]
[0,0,0,0,"C80ACP[c] + H2O[c] => C80[c] + ACP[c] + H[c]"]
[0,0,0,0,"C181[c] + COA[c] + ATP[c] => C181COA[c] + PPI[c] + AMP[c]"]
[0,0,0,0,"GLYN[c] + ATP[c] => T3P2[c] + ADP[c] + H[c]"]
[2.23663693333804,6.58599271749136e-05,5.94591072454619,9.75807292303517,"T3P2[c] + NADH[c] + H[c] => GL3P[c] + NAD[c]"]
[2.23352175878236,0,0,9.75523492303517,"GL3P[c] + H2O[c] => GL[c] + PI[c]"]
[0,0,0,0,"ATP[c] + GL[c] => ADP[c] + GL3P[c] + H[c]"]
[0.000803491111614334,0.000803491111533946,0.000732,0.000732,"ACYLCOA[c] + DAGLY[c] => TGLY[c] + COA[c] + H[c]"]
[2.55382946245534e-27,0,0,0,"GLYCROCHO[c] + H2O[c] => CHO[c] + GL3P[c] + 2 H[c]"]
[0,0,5.94307272454619,0,"FAD[m] + GL3P[c] => T3P2[c] + FADH2[m]"]
[2.23352175878236,0,0,9.75523492303517,"GL[c] + NAD[c] => GLYN[c] + NADH[c] + H[c]"]
[0,0,0,0,"GL[c] + NADP[c] => GLYN[c] + NADPH[c] + H[c]"]
[0,0,0,0,"H2O[c] + 1AGPC[c] => H[c] + FAA[c] + GLYCROCHO[c] "]
[0,0,0,0,"ACYLCOA[c] + 1AGPC[c] => COA[c] + PC[c] + 3 H[c]"]
[0,0,0,0,"PC[c] + H2O[c] + H[c] => 1AGPC[c] + FAA[c]"]
[0,0,1.92592994438724e-34,0,"PE[c] + H2O[c] => ACYLGLYP[c] + FAA[c] + H[c]"]
[0,0,0,0,"ACYLGLYP[c] + H2O[c] => FAA[c] + GLYCROP[c] + H[c]"]
[0,0,0,0,"ACYLGLYP[c] + ACYLCOA[c] => PE[c] + COA[c] + H[c]"]
[0,0,1.92592994438724e-34,0,"GLYCROP[c] + H2O[c] => ETHAM[c] + GL3P[c] + H[c]"]
[0,0,0,0,"PE[c] + H2O[c] => ETHAM[c] + PA[c] + H[c]"]
[0,0,0,0,"CL[c] + H2O[c] => MLCL9[c] + FAA[c] + H[c]"]
[0,0,0,0,"ACYLCOA[c] + MLCL9[c] => COA[c] + CL[c] + H[c]"]
[0,0,0,0,"ATHR[c] + NADP[c] <=> AMOXOBU[c] + H[c] + NADPH[c]"]
[0,0,0,0,"ATHR[c] => GLY[c] + ACAL[c]"]
[0,0,0,0,"GLY[m] + H[m] + LPAM[m] <=> ALPAM[m] + CO2[m]"]
[0,0,0,0,"ALPRO[m] + THF[m] => DHLPRO[m] + METTHF[m] + NH3[m]"]
[0,0,0,0,"GLY[m] + LPRO[m] + H[m] <=> ALPRO[m] + CO2[m]"]
[0,0,0,0,"DHLPRO[m] + NAD[m] <=> LPRO[m] + NADH[m] + H[m]"]
[-2.86011492431345e-28,-0.00148843435415305,0,-0.001254,"THF[m] + SER[m] <=> GLY[m] + METTHF[m] + H2O[m]"]
[-2.21303273543779,0.0219774576972656,0.018666000000067,-9.58731557956663,"SER[c] + THF[c] <=> GLY[c] + H2O[c] + METTHF[c]"]
[0,0,0,0,"GLY[m] + NAD[m] + THF[m] => CO2[m] + METTHF[m] + NADH[m] + NH3[m]"]
[2.60642208574887,2.14285904440131e-13,0.354796295805062,6.61623339150176,"H2O[c] + PHSR[c] => PI[c] + THR[c]"]
[0.0201399657319322,1.21703947495129,0.018347999999962,0.0183479999999597,"THR[c] => OBUT[c] + NH3[c]"]
[0,0,0,0,"THR[m] => OBUT[m] + NH3[m]"]
[0,0.0451601520628352,0.041142000000067,0,"PHP[c] + GLU[c] + H[c] => 3PSR[c] + AKG[c]"]
[0,0.0451601520628352,0.041142000000067,0,"3PG[c] + NAD[c] => PHP[c] + NADH[c] + H[c]"]
[0,0.0451601520628352,0.041142000000067,0,"3PSR[c] + H2O[c] => SER[c] + PI[c] + H[c]"]
[2.18836160671559,0,0,9.56609357956663,"SER[c] => PYR[c] + NH3[c]"]
[0,0,0,0,"SER[c] + HCYS[c] => LLCT[c] + H2O[c]"]
[0,0,0,0,"SER[c] + H2S[c] => CYS[c] + H2O[c]"]
[-997.393577914251,-991.173500750907,1000,1000,"ASPSA[c] + NADH[c] + H[c] <=> HSR[c] + NAD[c]"]
[1000,991.173500750908,-999.645203704195,-993.383766608498,"ASPSA[c] + NADPH[c] + H[c] -> NADP[c] + HSR[c]"]
[2.60642208574887,2.14285904440131e-13,0.354796295805062,6.61623339150176,"HSR[c] + ATP[c] => ADP[c] + PHSR[c] + H[c]"]
[2.60642208574866,0,0.354796295805111,6.61623339150176,"BASP[c] + NADPH[c] + H[c] => NADP[c] + PI[c] + ASPSA[c]"]
[2.60642208574866,0,0.354796295805111,6.61623339150176,"ASP[c] + ATP[c] => BASP[c] + ADP[c]"]
[11.0194664029738,11.0194664029738,11.0194664029738,11.0194664029738,"ATP[c] + GLC[c] => ADP[c] + G6P[c] + H[c]"]
[-0.307102990776866,10.8563050193906,10.8708224029738,10.8708224029738,"G6P[c] <=> F6P[c]"]
[8.6043091911537,10.8364306887001,10.8527164029737,17.3562063516639,"ATP[c] + F6P[c] => ADP[c] + F16P[c] + H[c]"]
[0,0,0,0,"F16P[c] + H2O[c] => F6P[c] + PI[c]"]
[8.6043091911537,10.8364306887001,10.8527164029737,17.3562063516639,"F16P[c] <=> T3P2[c] + T3P1[c]"]
[-6.36767225781566,-10.8333155141447,-10.8498784029737,-7.59813342862873,"T3P1[c] <=> T3P2[c]"]
[17.1855282517022,21.6511715080505,21.6856728059472,18.4339278316025,"T3P1[c] + PI[c] + NAD[c] <=> 13PDG[c] + NADH[c] + H[c]"]
[-17.1855282517022,-21.6511715080505,-21.6856728059472,-18.4339278316025,"3PG[c] + ATP[c] <=> 13PDG[c] + ADP[c]"]
[17.1855282517022,21.6060113559877,21.6445308059472,18.4339278316025,"3PG[c] <=> 2PG[c]"]
[17.1855282517022,21.6060113559877,21.6445308059472,18.4339278316025,"2PG[c] <=> H2O[c] + PEP[c]"]
[17.1445765489796,21.5650596532699,21.6072228059471,18.3966198316026,"ADP[c] + PEP[c] + H[c] => ATP[c] + PYR[c]"]
[0.123926517459426,1.3607832444855,0.112900079999691,0,"2HTPP[m] + LIPO[m] + H[m] => DHACAHP[m] + TPP[m]"]
[0.123926517459426,1.3607832444855,0.112900079999691,-4.03896783473158e-28,"COA[m] + DHACAHP[m] <=> ACCOA[m] + DLIPO[m]"]
[0.123926517459426,1.3607832444855,0.112900079999691,-4.03896783473158e-28,"DLIPO[m] + NAD[m] <=> LIPO[m] + NADH[m] + H[m]"]
[16.5280932813353,8.60885941541801,8.67809191782796,10.5662160098336,"PYR[m] + TPP[m] => 2HTPP[m] + CO2[m]"]
[16.3470069330753,4.04820995437754,2.20635603292622,0,"2HTPP[m] + H[m] => ACAL[m] + TPP[m]"]
[0,0,0,0,"13PDG[c] <=> THDP[c] + H[c]"]
[11.1634080101512,0,0,0,"G6P[c] <=> BG6P[c]"]
[0,0,0,0,"DOLMANP[c] => DOLP[c] + MANNAN[c]"]
[0,0,0,0,"GDPMAN[c] + DOLP[c] => GDP[c] + DOLMANP[c] + H[c]"]
[0,0,0,0,"MANNAN[c] + H2O[c] => MAN[c]"]
[7.92793427209587e-27,0,0,0,"FORGLU[c] + H2O[c] => FRMD[c] + GLU[c]"]
[7.92544922085946e-27,0,0,0,"4IZP[c] + H2O[c] => FORGLU[c]"]
[7.92544922085946e-27,0,0,0,"H2O[c] + URCAN[c] => 4IZP[c]"]
[7.92544922085946e-27,0,0,0,"HIS[c] <=> NH3[c] + URCAN[c] "]
[0,0,0,0,"HIS[c] + SA[c] => MHIS[c] + SAH[c] + H[c]"]
[0.00736972585161016,0.00736972585087283,0.006714,0.006714,"PRPP[c] + ATP[c] => PPI[c] + PRBATP[c]"]
[0.00736972585161016,0.00736972585087283,0.006714,0.006714,"HISOL[c] + NAD[c] => HISTIDINAL[c] + NADH[c] + H[c]"]
[0.00736972585161016,0.00736972585087283,0.006714,0.006714,"HISOLP[c] + H2O[c] => PI[c] + HISOL[c]"]
[0.00736972585161016,0.00736972585087283,0.006714,0.006714,"IACP[c] + GLU[c] => AKG[c] + HISOLP[c]"]
[0.00736972585161016,0.00736972585087283,0.006714,0.006714,"PRLP[c] + GLN[c] => DIGP[c] + AICAR[c] + GLU[c] + H[c]"]
[0.00736972585161016,0.00736972585087283,0.006714,0.006714,"DIGP[c] => IACP[c] + H2O[c]"]
[0.00736972585161016,0.00736972585087283,0.006714,0.006714,"PRBAP[c] + H2O[c] => PRFP[c]"]
[0.00736972585161016,0.00736972585087283,0.006714,0.006714,"PRBATP[c] + H2O[c] => PRBAP[c] + PPI[c] + H[c]"]
[0.00736972585161016,0.00736972585087283,0.006714,0.006714,"PRFP[c] => PRLP[c]"]
[0.00736972585161016,0.00736972585087283,0.006714,0.006714,"HISTIDINAL[c] + H2O[c] + NAD[c] => HIS[c] + NADH[c] + 2 H[c]"]
[0,0,0,0,"MYOBISPI[c] + H2O[c] => YOIP[c] + PI[c]"]
[0,0,0,0,"TPI[c] + H2O[c] => MYOBISPI[c] + PI[c]"]
[0,0,0,0,"YOIP[c] + H2O[c] => MYOI[c] + PI[c]"]
[6.2393845905431,0,0,0,"METHOL[c] + H2O2[c] => FALD[c] + 2 H2O[c]"]
[-6.2393845905431,0,0,0,"METHOL[c] + NAD[c] <=> FALD[c] + NADH[c] + H[c]"]
[0,0,0,0,"H2O[x] + NAD[x] => AMP[x] + 2 H[x] + NMN[x]"]
[0.000171235810358561,0.000171235810961855,0.000156000000091271,0.000156000000097301,"ATP[c] + NAMR[c] => ADP[c] + H[c] + NMN[c]"]
[0,0,0,0,"NAR[c] + ATP[c] => NAN[c] + ADP[c] + H[c]"]
[0,1.54819960291165e-30,0,0,"NAR[m] + ATP[m] => NAN[m] + ADP[m] + H[m]"]
[0,0,0,0,"SA[c] + NICD[c] => LMNCAM[c] + SAH[c]"]
[0,0,0,0,"NICA[c] + PRPP[c] + H[c] => NAN[c] + PPI[c]"]
[0,0,0,0,"NICA[m] + PRPP[m] + H[m] => NAN[m] + PPI[m]"]
[0,0,0,0,"NAN[c] + ATP[c] + H[c] => PPI[c] + DNAD[c]"]
[0,0,0,0,"NAN[m] + ATP[m] + H[m] => PPI[m] + DNAD[m]"]
[0,0,0,0,"ATP[c] + DNAD[c] + NH3[c] => AMP[c] + PPI[c] + NAD[c] + H[c]"]
[0,5.57947056196239e-29,0,0,"ATP[m] + DNAD[m] + NH3[m] => AMP[m] + PPI[m] + NAD[m] + H[m]"]
[0,0,0,0,"NICD[c] + H2O[c] <=> NICA[c] + NH3[c]"]
[0,1.54819960291165e-30,0,0,"NICD[m] + H2O[m] <=> NICA[m] + NH3[m]"]
[7.55852790411121e-19,-6.11056809005819e-16,-3.71230823859037e-16,8.88178419700529e-16,"NMN[m] + ATP[m] + H[m] => NAD[m] + PPI[m]"]
[7.90319126184059e-05,7.90319125554818e-05,7.20000000455912e-05,7.20000000455912e-05,"ATP[c] + NAD[c] => ADP[c] + NADP[c] + H[c]"]
[-9.26206553540503e-18,-3.30555095726635e-16,0,0,"ATP[m] + NAD[m] => ADP[m] + NADP[m] + H[m]"]
[0.000171235810358561,0.000171235810962466,0.000156000000091642,0.000156000000096412,"NMN[c] + ATP[c] + H[c] => NAD[c] + PPI[c]"]
[-0.000171235810358561,-0.000171235810961855,-0.000156000000091271,-0.000156000000097301,"NAMR[c] + PI[c] <=> NICD[c] + R1P[c] + H[c]"]
[0,0,0,0,"NAR[c] + PI[c] <=> NICA[c] + R1P[c] + H[c]"]
[0,-1.54819960291165e-30,0,0,"NAR[m] + PI[m] <=> NICA[m] + R1P[m] + H[m]"]
[0,0,0,0,"ASN[c] + H2O[c] => ASP[c] + NH3[c]"]
[0,0,0,0,"ASN[e] + H2O[e] => ASP[e] + NH3[e]"]
[0,0,0,0,"URAC[c] + 3 H[c] + H2O[c] => 2 NH3[c] + 2 CO2[c]"]
[0,0,0,0,"ATP[c] + UREA[c] + HCO3[c] <=> ADP[c] + PI[c] + URAC[c] + H[c]"]
[0,0,0,0,"2 H2O[c] + ACNL[c] => INAC[c] + NH3[c]"]
[-2.75846631363815,-10.8640148005963,-13.6131094093031,-6.81410306323622,"HCO3[c] + H[c] <=> CO2[c] + H2O[c]"]
[-0.0477826890999297,-0.0477826890951492,0,-0.0435311952,"HCO3[m] + H[m] <=> CO2[m] + H2O[m]"]
[0,1.02141965281071e-28,0,0,"DAMP[c] + H2O[c] => DA[c] + PI[c]"]
[0,0,0,0,"AMP[c] + H2O[c] => AD[c] + AR5P[c]"]
[2.25237465428738e-28,-1.11914865634904e-28,0,0,"ATP[c] + DAMP[c] <=> ADP[c] + DADP[c]"]
[1000,1000,1000,-999.926000328266,"ADN[c] + PI[c] <=> AD[c] + R1P[c]"]
[-1000,-1000,-1000,999.926000328266,"ADN[m] + PI[m] <=> AD[m] + R1P[m]"]
[0,0,0,0,"XMP[c] + H2O[c] => XTSINE[c] + PI[c]"]
[0,0,0,0,"PRPP[c] + XAN[c] => PPI[c] + XMP[c]"]
[-0.000428089526679768,0,-0.00039,-0.00039,"ATP[c] + DUMP[c] <=> ADP[c] + DUDP[c]"]
[-0.00743558577858334,-0.00743558577817449,-0.00677400000000373,-0.00677399999994732,"ADP[c] + UDP[c] <=> ATP[c] + UMP[c]"]
[2.22643449560768e-28,0,0,0,"DUMP[c] + H2O[c] => DU[c] + PI[c]"]
[-2.45329554008848e-28,0,2.52435489670724e-29,0,"H2O[c] + UMP[c] => PI[c] + URI[c]"]
[-2.30796996973251e-28,-1.76703950807645e-28,-1.0097419586829e-27,0,"URI[c] + H2O[c] <=> URA[c] + RIB[c]"]
[0,0,0,0,"GN[c] + PRPP[c] => GMP[c] + PPI[c]"]
[0,0,0,0,"DGTP[c] + H2O[c] => DGMP[c] + PPI[c] + H[c]"]
[0,0,1.0097419586829e-27,0,"GSN[c] + H2O[c] => GN[c] + RIB[c]"]
[-1000,-1000,-1000,1000,"GSN[c] + PI[c] <=> GN[c] + R1P[c]"]
[0,0,0,0,"DG[c] + PI[c] <=> DR1P[c] + GN[c]"]
[0.170771893344632,0.170771893327882,0.155577359999914,0.155577359999858,"ATP[c] + UDP[c] <=> ADP[c] + UTP[c]"]
[-0.000428089526679768,0,-0.00039,-0.00039,"ATP[c] + DUDP[c] <=> ADP[c] + DUTP[c]"]
[0,0,0,0,"RTHIO[c] + UDP[c] => DUDP[c] + OTHIO[c] + H2O[c] "]
[0.000164649817953757,-0.000263439708699654,0.00015,0.00015,"ATP[c] + DCMP[c] <=> ADP[c] + DCDP[c]"]
[1000,1000,1000,-999.926000328266,"GSN[m] + PI[m] <=> GN[m] + R1P[m]"]
[0,1.75985043085865e-28,0,0,"CMP[c] + H2O[c] => CYTS[c] + R5P[c]"]
[0,0,0,0,"CMP[c] + H2O[c] => CYTD[c] + PI[c]"]
[0.00223265153145298,0.00223265153122991,0.00203399999999999,0.002034,"ATP[c] + CMP[c] <=> ADP[c] + CDP[c]"]
[0,0,0,0,"CYTD[c] + GTP[c] => GDP[c] + CMP[c] + H[c]"]
[0,0,0,0,"RTHIO[c] + ADP[c] => DADP[c] + OTHIO[c] + H2O[c] "]
[0,0.000428089526636938,0,0,"RTHIO[c] + CDP[c] => DCDP[c] + OTHIO[c] + H2O[c]"]
[0.000428089526679768,0,0.00039,0.00039,"UTP[c] + RTHIO[c] => H2O[c] + DUTP[c] + OTHIO[c]"]
[0,0,0,0,"CTP[c] + RTHIO[c] => H2O[c] + DCTP[c] + OTHIO[c] + H[c]"]
[0,0,0,0,"GTP[c] + RTHIO[c] => H2O[c] + DGTP[c] + OTHIO[c]"]
[0.000263439708726011,0.000263439708699654,0.000239999999962492,0.000239999999962492,"ATP[c] + RTHIO[c] => H2O[c] + DATP[c] + OTHIO[c]"]
[0.000164649817953757,0.000164649817937284,0.00015,0.00015,"GDP[c] + RTHIO[c] => DGDP[c] + OTHIO[c] + H2O[c] "]
[0,0,0,0,"INS[c] + PI[c] <=> HYN[c] + R1P[c]"]
[0,0,0,0,"DIN[c] + PI[c] <=> DR1P[c] + HYN[c]"]
[0,0,0,0,"HYN[c] + PRPP[c] => PPI[c] + IMP[c]"]
[0.15789114050448,-999.990219800815,0.1491175213803,-999.99109,"ATP[c] + GDP[c] <=> ADP[c] + GTP[c]"]
[0.00223265153145298,0.00180456200459297,0.00203399999999999,0.002034,"ATP[c] + CDP[c] + H[c] <=> ADP[c] + CTP[c]"]
[0.000164649817953757,0.000164649817937284,0.00015,0.00015,"ATP[c] + DCDP[c] <=> ADP[c] + DCTP[c]"]
[-1000,1.34501045052583,-1000,0.282932023468516,"ATP[c] + IDP[c] <=> ADP[c] + ITP[c]"]
[0.000164649817953757,0.000164649817937284,0.00015,0.00015,"ATP[c] + DGDP[c] <=> ADP[c] + DGTP[c]"]
[0.000263439708726011,0.000263439708699654,0.00024,0.00024,"ATP[c] + DTMP[c] <=> ADP[c] + DTDP[c]"]
[-999.998017616192,-999.998017616192,1000,1000,"ATP[c] + DADP[c] <=> ADP[c] + DATP[c] "]
[0,0,0,0,"DCTP[c] + H[c] + H2O[c] => DUTP[c] + NH3[c]"]
[0,0,0,0,"DC[c] + H2O[c] + H[c] -> DU[c] + NH3[c]"]
[-8.71259745744366e-27,0,0,0,"H2O[c] + IMP[c] => INS[c] + PI[c]"]
[0,0,0,0,"ATP[c] + INS[c] => ADP[c] + H[c] + IMP[c]"]
[-2.16372184662422e-28,1.11792295408918e-28,0,0,"DA[c] + PI[c] <=> DR1P[c] + AD[c]"]
[0,0,0,0,"DA[c] + H2O[c] + H[c] => DIN[c] + NH3[c]"]
[0,0,0,0,"DGTP[c] + H2O[c] => DGDP[c] + PI[c] + H[c]"]
[0,0,0,0,"GTP[c] + H2O[c] => GDP[c] + PI[c] + H[c]"]
[0,-1.49091595688014e-29,0,0,"DTMP[c] + H2O[c] => PI[c] + DT[c]"]
[0,0,0,0,"PI[c] + XTSINE[c] <=> R1P[c] + XAN[c]"]
[0,0,0,0,"AMP[c] + H2O[c] => ADN[c] + PI[c]"]
[0,0,0,0.0739996717343039,"GMP[c] + H2O[c] => GSN[c] + PI[c]"]
[1.62531125649102e-13,1.2992715869587e-13,0,0,"ATP[c] + GSN[c]  => ADP[c] + GMP[c] + H[c] "]
[0,0,0,0,"DCMP[c] + H2O[c] => DC[c] + PI[c]"]
[0.000263439708726011,0.000263439708699654,0.00024,0.00024,"ATP[c] + DTDP[c] <=> ADP[c] + DTTP[c]"]
[0,0,0,0,"DTTP[c] + H2O[c] => DTDP[c] + PI[c] + H[c]"]
[0,0,0,0,"ADP[c] + H2O[c] => AMP[c] + H[c] + PI[c]"]
[0,0,0,0,"GDP[c] + H2O[c] => GMP[c] + H[c] + PI[c]"]
[0,0,0,0,"H2O[c] + UDP[c] => H[c] + PI[c] + UMP[c]"]
[0,0,0,0,"H2O[c] + UTP[c] => H[c] + PI[c] + UDP[c]"]
[0,0,0,0,"DTDP[c] + H2O[c] => DTMP[c] + PI[c] + H[c]"]
[0,0,0,0,"ATP[c] + H2O[c] => ADP[c] + H[c] + PI[c]"]
[0,0,0,0,"GDP[g] + H2O[g] => GMP[g] + PI[g] + H[g]"]
[-2.30257589243345,-3.56118690758487,-0.051635999999922,-19.6743910887082,"METHF[c] + H2O[c] <=> FTHF[c] + H[c]"]
[0.0807969586659596,3.57292973259916,0.062334000000034,10.0778535091416,"METHF[m] + H2O[m] <=> FTHF[m] + H[m]"]
[0,0,0,0,"ATP[c] + 5FTHF[c] => ADP[c] + PI[c] + METHF[c]"]
[0,0,0,0,"ATP[m] + 5FTHF[m] => ADP[m] + PI[m] + METHF[m]"]
[14.3232970716709,0,0,0,"METTHF[c] + NAD[c] => METHF[c] + NADH[c]"]
[-16.6258729641043,-3.56118690758487,-0.051635999999922,-19.6743910887082,"METTHF[c] + NADP[c] <=> METHF[c] + NADPH[c]"]
[0.0807969586659596,3.57292973259916,0.062334000000034,10.0778535091416,"METTHF[m] + NADP[m] <=> METHF[m] + NADPH[m]"]
[0,0,0,0,"H2O[m] + METHF[m] => 5FTHF[m] + H[m]"]
[0.000131719854362644,0.000131719854350136,0.000120000000000011,0.0001200000000002,"GTP[c] + H2O[c] => FOR[c] + AHTD[c] + H[c]"]
[2.31509586458906,3.57370687973982,0.063042000000034,19.8337964321767,"THF[c] + FOR[c] + ATP[c] <=> ADP[c] + PI[c] + FTHF[c]"]
[-0.0807969586659596,-3.57292973259916,-0.062334000000034,-10.0778535091416,"THF[m] + FOR[m] + ATP[m] <=> ADP[m] + PI[m] + FTHF[m]"]
[0.000131719854362644,0.000131719854350136,0.000120000000000011,0.0001200000000002,"CHOR[c] + GLN[c] => GLU[c] + DECHOR[c]"]
[0,0,0,0,"ATP[m] + AHHMP[m] => AMP[c] + AHHMD[m] + H[m]"]
[0.000131719854362644,0.000131719854350136,0.000120000000000011,0.0001200000000002,"DHP[m] => GLAL[m] + AHHMP[m]"]
[0.000131719854362644,0.000131719854350136,0.000120000000000011,0.0001200000000002,"AHHMP[m] + PABA[m] => DHPT[m] + H2O[m]"]
[0.00840372670835975,0.00840372670751898,0.00765599999995499,0.00765599999995532,"METTHF[c] + NADPH[c] + 2 H[c] => MTHF[c] + NADP[c]"]
[0.000131719854362644,0.000131719854350136,0.000120000000000011,0.0001200000000002,"ATP[c] + DHPT[c] + GLU[c] => ADP[c] + PI[c] + DHF[c] + H[c]"]
[0,-3.56215162665811e-29,0,0,"PABA[m] + AHHMD[m] => PPI[m] + DHPT[m]"]
[0,0,0,0,"THF[c] + ATP[c] + GLU[c] <=> ADP[c] + PI[c] + THFG[c] + H[c]"]
[0.000131719854362644,0.000131719854350136,0.000120000000000011,0.0001200000000002,"AHTD[c] + 3 H2O[c] => DHP[c] + 3 PI[c] + 2 H[c]"]
[0.000395159563088655,0.00039515956304979,0.000360000000000011,0.0003600000000002,"DHF[m] + NADPH[m] + H[m] => THF[m] + NADP[m]"]
[0,0,0,0,"DHF[c] + NADPH[c] + H[c] => THF[c] + NADP[c]"]
[0,0,0,0,"DHPP[c] + H2O[c] => DHP[c] + PI[c] + H[c]"]
[0.000131719854362644,0.000131719854350136,0.000120000000000011,0.0001200000000002,"DECHOR[c] => PYR[c] + PABA[c] + H[c]"]
[0,0,0,0,"DODP[c] + H2O[c] => DOLP[c] + PI[c] + 2 H[c]"]
[0.00690212036862149,0.00690212036793095,0.006288,0.006288,"0.1851 C140[c] + 0.1867 C141[c] + 0.1645 C160[c] + 0.1658 C161[c] + 0.1482 C180[c] + 0.1493 C181[c] => FAA[c]"]
[0,0,0,0,"H2O2[c] + RTHIO[c] => 2 H2O[c] + OTHIO[c]"]
[0,0,0,0,"H2O2[m] + RTHIO[m] <=> 2 H2O[m] + OTHIO[m]"]
[0,0,1.71193772834421e-34,0,"H2O2[x] + RTHIO[x] <=> 2 H2O[x] + OTHIO[x]"]
[0,0,0,0,"2DOXG6P[c] + H2O[c] => 2DGLC[c] + PI[c]"]
[0,0,0,0,"0.0418 PROT[c] + 0.0588 CHIT[c] + 2.1458 MAN[c] + 2.381 GLU[c] + 0.2058 13GLUCAN[c] + 0.8181 16GLUCAN[c] => CELLWALL[c]"]
[0,0,0,0,"FPP[c] + IPPP[c] + 3 H[c] => DDDOLIP[c] + PPI[c]"]
[-4.78945044174569e-16,0,0,0,"GLY[c] + GC[c] + ATP[c] => RGT[c] + PI[c] + ADP[c] + H[c]"]
[0,0,0,0,"OGT[c] + H[c] + NADPH[c] => 2 RGT[c] + NADP[c]"]
[0,0,0,0,"2 RGT[c] + H2O2[c] <=> OGT[c] + 2 H2O[c]"]
[0,0,0,0,"2 RGT[m] + H2O2[m] <=> OGT[m] + 2 H2O[m]"]
[0,0,0,0,"OGT[m] + H[m] + NADPH[m] => 2 RGT[m] + NADP[m]"]
[-4.78945044174569e-16,0,0,0,"CYS[c] + GLU[c] + ATP[c] => GC[c] + PI[c] + ADP[c] + H[c]"]
[0,0,0,0,"APROP[c] + 2 H2O[c] => ALA[c] + NH3[c]"]
[0,0,0,0,"ACCOA[c] + PPD[c] => APEP[c] + COA[c] + H[c]"]
[0,0,0,0,"CGLY[c] + H2O[c] => GLY[c] + CYS[c]"]
[0,0,0,0,"GLP[c] + C140COA[c] => COA[c] + TGLP[c]"]
[0,0,0,0,"ALA[c] + RGT[c] => CGLY[c] + GLUALA[c]"]
[0.098518887885067,0,0,42.7857602737249,"ADP[m] + 3 H[c] + PI[m] => ATP[m] + 2 H[m] + H2O[m]"]
[0.0670279120690587,6.30641250261256,-6.05845175209737e-28,1.55408892989954,"O2[m] + 4 FRO[m] + 6 H[m] => 4 FRI[m] + 2 H2O[m] + 6 H[c]"]
[0.134055824138117,12.6128250052251,0,3.10817785979907,"Q6H2[m] + 2 FRI[m] + 1.5 H[m] => COQ6[m] + 2 FRO[m] + 1.5 H[c]"]
[0,0,0,0,"2 FRO[m] + H2O2[m] => 2 FRI[m] + 2 H2O[m]"]
[0,0,0,0,"FADH2[m] + FUM[m] => SUCC[m] + FAD[m]"]
[6.38208123712746,11.3685326924082,0,0,"NADH[m] + COQ6[m] + H[m] => Q6H2[m] + NAD[m]"]
[0,0,0,0,"NADH[c] + COQ6[m] + H[c] => Q6H2[m] + NAD[c]"]
[0.321490887779462,1.51690196261584,0.292886040000062,0.439631383468523,"PPI[c] + H2O[c] => 2 PI[c] + H[c]"]
[0.000329299635907516,0.00181773399002778,0.000299999999969986,3.21585793979907,"PPI[m] + H2O[m] => 2 PI[m] + H[m]"]
[-1000,-998.763143272962,994.050153275454,1000,"FAD[m] + SUCC[m] <=> FADH2[m] + FUM[m]"]
[-1000,-998.763143272962,999.993226,1000,"FADH2[m] + COQ6[m] <=> Q6H2[m] + FAD[m]"]
[0,0,0,0,"ADP[g] + 3 H[c] + PI[g] => ATP[g] + 2 H[g] + H2O[g]"]
[0,0,0,0,"ADP[v] + 3 H[c] + PI[v] => ATP[v] + 2 H[v] + H2O[v]"]
[7.90319126178435e-05,7.90319126102348e-05,7.19999999999907e-05,7.19999999999992e-05,"OVAL[c] + H2O[c] + METTHF[c] => AKP[c] + THF[c]"]
[7.90319126178435e-05,7.90319126102348e-05,7.19999999999907e-05,7.19999999999992e-05,"AKP[m] + NADPH[m] + H[m] => NADP[m] + PANT[m]"]
[0,0,0,0,"AKP[c] + NADPH[c] + H[c] => PANT[c] + NADP[c]"]
[7.90319126178435e-05,7.90319126102349e-05,7.19999999999907e-05,7.19999999999992e-05,"4PPNCYS[c] + H[c] => 4PPNT[c] + CO2[c]"]
[3.00615889141432e-18,7.69650731310259e-16,0,0,"ATP[m] + 4PPNT[m] + H[c] => PPI[m] + DPCOA[m]"]
[7.90319126178405e-05,7.90319126094652e-05,7.19999999999907e-05,7.19999999999992e-05,"ATP[c] + 4PPNT[c] + H[c] => PPI[c] + DPCOA[c]"]
[7.90319126178405e-05,7.90319126094652e-05,7.19999999999907e-05,7.19999999999992e-05,"ATP[c] + DPCOA[c] => ADP[c] + COA[c] + H[c]"]
[3.00615889141433e-18,7.69650731310259e-16,0,0,"ATP[m] + DPCOA[m] => ADP[m] + COA[m] + H[m]"]
[7.90319126178435e-05,7.90319126102348e-05,7.19999999999907e-05,7.19999999999992e-05,"ATP[c] + PNTO[c] => ADP[c] + 4PPNTO[c] + H[c]"]
[7.90319126178435e-05,7.90319126102348e-05,7.19999999999907e-05,7.19999999999992e-05,"ATP[c] + PANT[c] + BALA[c] => AMP[c] + PPI[c] + PNTO[c] + H[c]"]
[7.90319126178435e-05,7.90319126102348e-05,7.19999999999907e-05,7.19999999999992e-05,"ASP[c] + H[c] => BALA[c] + CO2[c]"]
[-999.981447258513,-49.0995821200714,995.052314459672,-842.43999726177,"OVAL[m] + GLU[m] <=> VAL[m] + AKG[m]"]
[0,0,0,0,"ATP[c] + 4PPNTO[c] + CYS[c] => AMP[c] + PPI[c] + 4PPNCYS[c] + H[c]"]
[-1.06136049173464e-29,0,-2.13992216043026e-35,0,"COA[x] + H2O[x] => 2 H[x] + 4PPNT[x] + PAP[x]"]
[0,0,0,0,"COA[m] + H2O[m] => 2 H[m] + 4PPNT[m] + PAP[m]"]
[0,0,0,0,"ACLAC[m] + NADPH[m] + H[m] => DH3VA[m] + NADP[m]"]
[0,0,0,0,"DH3VA[m] => OVAL[m] + H2O[m]"]
[7.90319126178435e-05,7.90319126102348e-05,7.19999999999907e-05,7.19999999999992e-05,"CTP[c] + 4PPNTO[c] + CYS[c] => CMP[c] + PPI[c] + 4PPNCYS[c] + 2 H[c]"]
[0,0,0,0,"RIBOL[c] + NAD[c] => RL[c] + NADH[c] + H[c]"]
[0,0,0,0,"RIBOL[c] + NADP[c] => RL[c] + NADPH[c] + H[c]"]
[6.67789042314821,-0.0198743306905039,-0.0181060000001408,-3.26985097434507,"RL5P[c] <=> XUL5P[c]"]
[0,0,0,0,"D6PGC[c] + H2O[c] => GLCNT[c] + PI[c]"]
[0,0,0,0,"ATP[c] + GLCNT[c] => ADP[c] + D6PGC[c] + H[c]"]
[-0.000171235810374284,-0.000171235810960264,-0.000156000000130797,0.0738436717342057,"R1P[c] <=> R5P[c]"]
[0,0,0,0,"NAD[c] + XYLT[c] => H[c] + NADH[c] + UL[c]"]
[0,0,0,0,"ATP[c] + UL[c] => ADP[c] + H[c] + XUL5P[c]"]
[0,0,0,0,"H[c] + NADPH[c] + XYLD[c] => NADP[c] + XYLT[c]"]
[0,0,0,0,"ATP[c] + DRIB[c] => 2DR5P[c] + ADP[c] + H[c]"]
[11.1634080101512,0,0,0,"BG6P[c] + NADP[c] => D6PGL[c] + NADPH[c] + H[c]"]
[11.1634080101512,0,0,0,"D6PGL[c] + H2O[c] => D6PGC[c] + H[c]"]
[11.1634080101512,0,0,0,"D6PGC[c] + NADP[c] => NADPH[c] + CO2[c] + RL5P[c]"]
[4.485096083469,0.0194528271565845,0.0177220000001408,3.26946697434507,"RL5P[c] <=> R5P[c]"]
[4.46594401664592,0.000300760334189865,0.000273999999950322,3.25201897434504,"S7P[c] + T3P1[c] <=> E4P[c] + F6P[c]"]
[0.0189808310127046,0.0189808310114343,0.0172920000000597,0.0912916717342395,"R5P[c] + ATP[c] <=> PRPP[c] + AMP[c] + H[c]"]
[-2.26208652619389e-28,0,0,0,"RIB[c] + ATP[c] => R5P[c] + ADP[c] + H[c]"]
[-4.44546816528464,0.0201750910246938,0.0183800000000912,-3.23336497434506,"F6P[c] + T3P1[c] <=> E4P[c] + XUL5P[c]"]
[-4.46594401664592,-0.000300760334189865,-0.000273999999950322,-3.25201897434504,"S7P[c] + T3P1[c] <=> R5P[c] + XUL5P[c]"]
[0.0112752195334733,0,0,0,"ASP[c] + PHN[c] => OAA[c] + AG[c]"]
[1.85962537533549e-27,0,0,0,"TRP[c] + AKG[c] <=> IPYR[c] + GLU[c]"]
[0,0,0,0,"FKYN[c] + H2O[c] => FOR[c] + KYN[c] + H[c]"]
[-999.881201863351,-45.8401470601613,-4.93731754032853,-861.897352022213,"4HPP[c] + GLU[c] <=> TYR[c] + AKG[c]"]
[999.88856500321,45.8475102000195,4.94402554032853,861.904060022213,"4HPP[m] + GLU[m] <=> TYR[m] + AKG[m]"]
[0,0,0,0,"4HPP[x] + GLU[x] <=> TYR[x] + AKG[x]"]
[-1000,-1000,999.919434778514,-1000,"PHE[c] + AKG[c] <=> PHPYR[c] + GLU[c]"]
[0.00160039623051052,0.0016003962303504,0.001458,0.001458,"SER[c] + IGP[c] <=> TRP[c] + T3P1[c] + H2O[c]"]
[0.00160039623051052,0.0016003962303504,0.001458,0.001458,"CPAD5P[c] <=> IGP[c] + CO2[c] + H2O[c]"]
[1.858634153684e-27,0,0,0,"H[c] + IPYR[c] <=> CO2[c] + IACALD[c]"]
[0,0,0,0,"H2O[m] + IACALD[m] + NAD[m] => 2 H[m] + INAC[m] + NADH[m]"]
[0,0,0,0,"H2O[c] + IACALD[c] + NADP[c] => 2 H[c] + INAC[c] + NADPH[c]"]
[0,0,0,0,"H2O[m] + IACALD[m] + NADP[m] => 2 H[m] + INAC[m] + NADPH[m]"]
[-1.04617919043727e-25,0.011275219532412,0.010272,0.0102719999999863,"PHN[c] + H[c] => PHPYR[c] + H2O[c] + CO2[c]"]
[1000,1000,-995.492875534505,-946.852589707312,"PHN[c] + NADP[c] <=> 4HPP[c] + CO2[c] + NADPH[c]"]
[0.0186383593929158,0.0186383593907032,0.0169800000000565,0.0169799999999863,"CHOR[c] <=> PHN[c]"]
[-999.992636860141,-999.992636860142,995.499583534506,946.859297707312,"PHN[c] + NAD[c] -> 4HPP[c] + CO2[c] + NADH[c]"]
[0.00160039623051052,0.0016003962303504,0.001458,0.001458,"NPRAN[c] + H[c] <=> CPAD5P[c]"]
[0.0204758513612793,0.0204758513588836,0.0186540000000415,0.0186539999999716,"E4P[c] + PEP[c] + H2O[c] + H[c] => PI[c] + 3DDAH7P[c]"]
[0.0204758513612793,0.0204758513588836,0.0186540000000415,0.0186539999999716,"PEP[c] + S3P[c] => PI[c] + 3PS[c]"]
[0.0204758513612793,0.0204758513588836,0.0186540000000415,0.0186539999999716,"DHSK[c] + NADPH[c] + H[c] => SME[c] + NADP[c]"]
[0.0204758513612793,0.0204758513588836,0.0186540000000415,0.0186539999999716,"DQT[c] => DHSK[c] + H2O[c]"]
[0.0204758513612793,0.0204758513588836,0.0186540000000415,0.0186539999999716,"ATP[c] + SME[c] => ADP[c] + S3P[c] + H[c]"]
[0,0,0,0,"PHAL[c] + NAD[c] + H2O[c] => PAC[c] + NADH[c] + 2 H[c]"]
[-1.04617919043727e-25,0,0,0,"PHPYR[c] + H[c] => PHAL[c] + CO2[c]"]
[0.0204758513612793,0.0204758513588836,0.0186540000000415,0.0186539999999716,"3DDAH7P[c] => DQT[c] + PI[c] + H[c]"]
[0.0204758513612793,0.0204758513588836,0.0186540000000415,0.0186539999999716,"3PS[c] => PI[c] + CHOR[c]"]
[0,0,0,0,"2 H2O2[c] => 2 H2O[c] + O2[c]"]
[0,0,-1.71193772834421e-34,0,"2 H2O2[x] => 2 H2O[x] + O2[x]"]
[1000,999.988724780468,-999.929706778514,999.989728,"PHE[c] + PYR[c] <=> PHPYR[c] + ALA[c]"]
[0.0112752195334733,0,0,0,"AG[c] + H[c] => PHE[c] + H2O[c] + CO2[c]"]
[0.00160039623051052,0.0016003962303504,0.001458,0.001458,"ANTH[c] + PRPP[c] <=> PPI[c] + NPRAN[c]"]
[0,0.0030493146281985,0,0,"AT3P2[c] + NADPH[c] + H[c] => AGL3P[c] + NADP[c]"]
[0.00304931462850358,0.0030493146281985,0.002778,0.002778,"AGL3P[c] + ACYLCOA[c] => PA[c] + COA[c] + H[c]"]
[6.58599271815028e-05,6.58599271749136e-05,6e-05,6e-05,"CDPDG[m] + GL3P[m] + 2 H[m] <=> CMP[m] + PGP[m]"]
[0,0,0,0,"CTP[c] + PCHO[c] => PPI[c] + CDPCHO[c] + H[c]"]
[0,0,0,0,"ATP[c] + CHO[c] => ADP[c] + PCHO[c]"]
[5.26879417452022e-05,5.26879417399309e-05,4.8e-05,4.8e-05,"PG[m] + CDPDG[m] => CL[m] + CMP[m] + 2 H[m]"]
[0,0,0,0,"CDPCHO[c] + DAGLY[c] => CMP[c] + PC[c] + 2 H[c]"]
[0.000803491111614334,0.000803491111533946,0.000732,0.000732,"H2O[c] + PA[c] => DAGLY[c] + PI[c]"]
[0.000118547868926705,0.00160698222306789,0.000108,0.001362,"CTP[m] + PA[m] <=> PPI[m] + CDPDG[m]"]
[0.00203507174990844,0.000546637395551783,0.001854,0.0006,"PA[c] + CTP[c] <=> CDPDG[c] + PPI[c]"]
[0,0,1.92592994438724e-34,0,"ATP[c] + ETHAM[c] => ADP[c] + PTH[c] + H[c]"]
[0,0,1.92592994438724e-34,0,"CDPTN[c] + DAGLY[c] <=> CMP[c] + PE[c] + H[c]"]
[0,0.0030493146281985,0,0,"T3P2[c] + ACYLCOA[c] => AT3P2[c] + COA[c] + H[c]"]
[0.00304931462850358,0,0.002778,0.002778,"GL3P[c] + ACYLCOA[c] => AGL3P[c] + COA[c] + H[c]"]
[-2.57216192450054e-27,0,0,0,"PC[c] + H2O[c] => CHO[c] + PA[c]"]
[0.00104717284218589,0.00104717284208113,0.000954,0.000954,"SA[c] + PE[c] => SAH[c] + PMME[c] + H[c]"]
[0.00104717284218589,0.00104717284208113,0.000954,0.000954,"SA[c] + PMME[c] => SAH[c] + PDME[c] + H[c]"]
[0.00104717284218589,0.00104717284208113,0.000954,0.000954,"PDME[c] + SA[c] => PC[c] + SAH[c] + 2 H[c]"]
[0.000546637395606473,0.000546637395551783,0.000498,0.000498,"G6P[c] => I1P[c]"]
[0.000546637395606473,0.000546637395551783,0.000498,0.000498,"I1P[c] + H2O[c] => MYOI[c] + PI[c]"]
[0,0,1.92592994438724e-34,0,"CTP[c] + PTH[c] => PPI[c] + CDPTN[c]"]
[6.58599271815028e-05,6.58599271749136e-05,6e-05,6e-05,"PGP[m] + H2O[m] => PG[m] + PI[m] + 2 H[c]"]
[0,0,0,0,"D45PI[c] + H2O[c] => TPI[c] + DAGLY[c] + 6 H[c]"]
[0,0,0,0,"ATP[c] + PINS4P[c] + H[c] => ADP[c] + D45PI[c]"]
[0,0,0,0,"ATP[c] + PINS[c] + H[c] => ADP[c] + PINSP[c]"]
[0,0,0,0,"ATP[c] + PINS[c] + H[c] => ADP[c] + PINS4P[c]"]
[0,0,0,0,"ATP[c] + PINSP[c] => ADP[c] + PHMINTBIP[c] + 4 H[c]"]
[0.000546637395606473,0.000546637395551783,0.000498,0.000498,"CDPDG[c] + MYOI[c] => CMP[c] + PINS[c]"]
[0.00137647247809341,0,0.001254,0,"PS[c] + H[c] => PE[c] + CO2[c]"]
[7.00704813251774e-28,0.00137647247795569,0,0.001254,"PS[m] + H[m] => PE[m] + CO2[m]"]
[0.00148843435430196,0,0.001356,0.000102,"CDPDG[c] + SER[c] => CMP[c] + PS[c] + H[c]"]
[4.92090669315617e-28,0.00148843435415305,0,0.001254,"CDPDG[m] + SER[m] => CMP[m] + PS[m] + H[m]"]
[0,0,0,0,"PS[g] + H[g] => PE[g] + CO2[g]"]
[0,0,0,0,"PS[v] + H[v] => PE[v] + CO2[v]"]
[0,0,0,0,"SUCCOA[m] + GLY[m] + H[m] => ALAV[m] + COA[m] + CO2[m]"]
[0,0,0,0,"CPP[c] + O2[c] + 2 H[c] => PPHG[c] + 2 CO2[c] + 2 H2O[c]"]
[0,0,0,0,"4 H[c] + UPRG[c] => 4 CO2[c] + CPP[c]"]
[0,0,0,0,"PPHG[m] + 3 O2[m] => PPRIX[m] + 3 H2O2[m]"]
[0,0,0,0,"PPRIX[m] + F2[m] => HEME[m] + 2 H[m]"]
[0,0,0,0,"2 ALAV[c] => H[c] + 2 H2O[c] + PBG[c]"]
[0,0,0,0,"4 PBG[c] + H2O[c] => HMB[c] + 4 NH3[c]"]
[0,0,0,0,"2 SA[c] + UPRG[c] => 2 SAH[c] + PHACCOA[c] + H[c]"]
[0,0,0,0,"HMB[c] => UPRG[c] + H2O[c]"]
[0,0,0,0,"PHACCOA[c] + NAD[c] => SHCR[c] + NADH[c] + 2 H[c]"]
[0,0,0,0,"FPP[m] + H2O[m] + HEME[m] => HO[m] + PPI[m]"]
[0,0,0,0,"HO[m] + NADH[m] + O2[m] => H2O[m] + HA[m] + NAD[m] + H[m]"]
[0,0,0,0,"F2[c] + SHCR[c] => SIRH[c] + 2 H[c]"]
[0,0,0,0,"ATP[c] => cAMP[c] + PPI[c]"]
[0.00257512315200061,0.0025751231520366,0.00234600000005599,0.0763456717342922,"SAICAR[c] => FUM[c] + AICAR[c]"]
[0.00796246519582984,0.00796246519512768,0.0072540000000683,0.0072540000000084,"ASUC[c] => FUM[c] + AMP[c]"]
[0.00796246519582984,0.00796246519512768,0.0072540000000683,0.0072540000000084,"IMP[c] + GTP[c] + ASP[c] => GDP[c] + PI[c] + ASUC[c] + 2 H[c]"]
[0.00994484900361077,0.00994484900290943,0.00906000000005599,0.0830596717342922,"FTHF[c] + AICAR[c] => THF[c] + PRFICA[c]"]
[0.00994484900361077,0.00994484900290943,0.00906000000005599,0.0830596717342922,"PRFICA[c] => IMP[c] + H2O[c]"]
[0,0,0,0,"cIMP[c] + H2O[c] => IMP[c] + H [c]"]
[0.00198238380778093,0.00198238380778175,0.00180599999998769,0.0758056717342838,"IMP[c] + NAD[c] + H2O[c] => XMP[c] + NADH[c] + H[c]"]
[0,0,0,0,"AMP[c] + H2O[c] + H[c] => IMP[c] + NH3[c]"]
[0.00257512315200061,0.0025751231520366,0.00234600000005599,0.0763456717342922,"AIR[c] + HCO3[c] + ATP[c] => CAIR[c] + ADP[c] + PI[c] + H[c]"]
[0.00257512315200061,0.0025751231520366,0.00234600000005599,0.0763456717342922,"ATP[c] + FGA[c] => ADP[c] + AIR[c] + 2 H[c] + PI[c]"]
[0,0,0,0,"ATRP[c] + H2O[c] <=> 2 ADP[c] + 2 H[c]"]
[0,0,0,0,"ADP[c] + ATP[c] + H[c] => PI[c] + ATRP[c]"]
[0.00743558577858334,0.0074355857781745,0.00677400000000373,0.00677399999994732,"CAASP[c] + H[c] <=> DOROA[c] + H2O[c]"]
[0.00743558577858334,0.0074355857781745,0.00677400000000373,0.00677399999994732,"CAP[c] + ASP[c] <=> CAASP[c] + PI[c] + H[c]"]
[0,1.75985043085865e-28,0,0,"CYTS[c] + H2O[c] + H[c] => URA[c] + NH3[c]"]
[0,0,0,0,"ATP[c] + UTP[c] + GLN[c] + H2O[c] => ADP[c] + PI[c] + CTP[c] + GLU[c] + H[c]"]
[0.00179797601205503,0.00222606553851208,0.001638,0.001638,"ATP[c] + UTP[c] + NH3[c] => ADP[c] + PI[c] + CTP[c] + H[c]"]
[0,0,0,0,"H2O[c] + DUTP[c] => PPI[c] + DUMP[c] + H [c]"]
[0,0,0,0,"CYTD[c] + H2O[c] + H[c] => URI[c] + NH3[c]"]
[-0.000164649817953757,0.000263439708699654,-0.00015,-0.00015,"DCMP[c] + H2O[c] + H[c] <=> DUMP[c] + NH3[c]"]
[0,0,0,0,"ATP[c] + DGMP[c] <=> ADP[c] + DGDP[c]"]
[0,0,0,0,"ATP[c] + DU[c] => ADP[c] + DUMP[c] + H[c]"]
[2.30796996973251e-28,0,0,0,"DU[c] + PI[c] => DR1P[c] + URA[c]"]
[0.00257512315200061,0.0025751231520366,0.00234600000005599,0.0763456717342922,"FTHF[c] + GAR[c] <=> THF[c] + FGAR[c] + H[c]"]
[0.00257512315200061,0.0025751231520366,0.00234600000005599,0.0763456717342922,"PRA[c] + ATP[c] + GLY[c] <=> ADP[c] + PI[c] + GAR[c] + H[c]"]
[1000,1000,-999.998194,-999.998194,"ATP[c] + GMP[c] <=> ADP[c] + GDP[c]"]
[-999.998017616192,-999.998017616192,1000,1000,"GMP[c] + DATP[c] <=> GDP[c] + DADP[c]"]
[0.00198238380778093,0.00198238380778175,0.00180599999998769,0.0758056717342838,"XMP[c] + ATP[c] + GLN[c] + H2O[c] => GLU[c] + AMP[c] + PPI[c] + GMP[c] + 2 H[c]"]
[0,0,0,0,"cGP[c] + H2O[c] => GMP[c] + H[c]"]
[-0.00743558577858334,-0.00743558577817449,-0.00677400000000373,-0.00677399999994732,"OP[c] + PPI[c] <=> OROA[c] + PRPP[c]"]
[0,0,0,0,"URA[c] + PRPP[c] => UMP[c] + PPI[c]"]
[0.00257512315200061,0.0025751231520366,0.00234600000005599,0.0763456717342922,"GLN[c] + PRPP[c] + H2O[c] => PRA[c] + PPI[c] + GLU[c]"]
[0.00743558577858334,0.00743558577817449,0.00677400000000373,0.00677399999994732,"H[c] + OP[c] => CO2[c] + UMP[c]"]
[0,0,0,0,"cAMP[c] + H2O[c] => AMP[c] + H[c]"]
[0,0,0,0,"cdAMP[c] + H2O[c] => DAMP[c] + H[c]"]
[0,0,0,0,"cCMP[c] + H2O[c] => CMP[c] + H[c]"]
[0.00257512315200061,0.0025751231520366,0.00234600000005599,0.0763456717342922,"FGAR[c] + ATP[c] + GLN[c] + H2O[c] => GLU[c] + ADP[c] + PI[c] + FGA[c] + H[c]"]
[0,-1.53888143127931e-29,0,0,"PI[c] + DT[c] <=> DR1P[c] + THY[c]"]
[0,0,0,0,"ATP[c] + DT[c] => ADP[c] + DTMP[c] + H[c]"]
[0.000263439708726011,0.000263439708699654,0.00024,0.00024,"DUMP[c] + METTHF[c] => DHF[c] + DTMP[c]"]
[0.00644110087835053,0.00644110087770689,0.011142841380044,0.00586799999996249,"OTHIO[c] + NADPH[c] + H[c] => NADP[c] + RTHIO[c]"]
[0,0,0,0,"OTHIO[m] + NADPH[m] + H[m] => NADP[m] + RTHIO[m]"]
[0,1.73173802829775e-28,0,0,"URI[c] + ATP[c] => ADP[c] + UMP[c] + H[c]"]
[0,0,0,0,"URI[c] + GTP[c] => UMP[c] + GDP[c] + H[c]"]
[0,0,0,0,"AR5P[c] + URA[c] <=> H2O[c] + PURI5P[c]"]
[0,0,0,0,"CTP[c] + H2O[c] => CDP[c] + PI[c] + 2 H[c]"]
[0,0,0,0,"CDP[c] + H2O[c] => CMP[c] + PI[c] + H[c]"]
[-6.23194900476452,0.00743558577817449,0.00677400000000373,0.00677399999994732,"DOROA[c] + COQ6[m] <=> OROA[c] + Q6H2[m]"]
[0,0,0,0,"ADN[c] + H2O[c] => AD[c] + RIB[c]"]
[6.2393845905431,0,-9.08767762814606e-28,0,"DOROA[c] + O2[c] <=> OROA[c] + H2O2[c]"]
[-1000,1.34501045052583,-1000,0.282932023468516,"ITP[c] + AMP[c] <=> ADP[c] + IDP[c]"]
[0,0,0,0,"ITP[m] + AMP[m] <=> ADP[m] + IDP[m]"]
[0.148110941318441,-1000,0.140207521380232,-1000,"AMP[c] + GTP[c] <=> ADP[c] + GDP[c]"]
[0,-1.36304871694295e-23,0,3.2143039397991,"ATP[m] + AMP[m] <=> 2 ADP[m]"]
[0,0,0,0,"GTP[c] => cGP[c] + PPI[c]"]
[0,0,0,0,"ATP[c] + H2O[c] => ADP[c] + PI[c] + H[e]"]
[0,0,0,0,"ADN[c] + H2O[c] + H[c] => INS[c] + NH3[c]"]
[0,0,0,0,"AD[c] + PRPP[c] => AMP[c] + PPI[c]"]
[0,0,0,0,"AMP[m] + GTP[m] <=> ADP[m] + GDP[m]"]
[0,0,0,0,"GN[c] + H2O[c] + H[c] => XAN[c] + NH3[c]"]
[0,0,0,0,"pppGpp[c] + H2O[c] <=> ppGpp[c] + PI[c] + H[c]"]
[1000,1000,1000,1000,"ATP[c] + AMP[c] <=> 2 ADP[c]"]
[0,0,0,0,"ADPRIB[c] + H2O[c] => AMP[c] + R5P[c] + 2 H[c]"]
[0,0,0,0,"CTP[c] + DOLICHOL[c] => CDP[c] + DOLP[c]"]
[0.00257512315200061,0.0025751231520366,0.00234600000005599,0.0763456717342922,"CAIR[c] + ASP[c] + ATP[c] => SAICAR[c] + ADP[c] + H[c] + PI[c]"]
[0,0,0,0,"UTP[c] + H2O[c] => UDP[c] + PI[c] + H[c]"]
[0.000721561362200541,0.000721561362128354,0.000657359999909982,0.000657359999910648,"2 ACCOA[m] <=> COA[m] + AACCOA[m]"]
[-0.00072156136220054,-0.000721561362128354,-0.000657359999909982,-0.000657359999910648,"H3COA[m] + COA[m] + H[m] <=> ACCOA[m] + H2O[m] + AACCOA[m]"]
[2.23352175878236,0,0,9.75523492303517,"NAD[c] + FALD[c] + RGT[c] <=> FGT[c] + NADH[c] + H[c]"]
[0.0220038016713401,0.0220038016691386,0.020046,0.020046,"ACCOA[m] + AKG[m] + H2O[m] => HCIT[m] + COA[m] + H[m]"]
[0,0,0,0,"AMOXOBU[c] + H[c] => AMAC[c] + CO2[c]"]
[0.0220038016713401,0.0220038016691386,0.020046,0.020046,"HCIT[m] <=> HACN[m] + H2O[m]"]
[0,0,0,0,"OVAL[c] + ACCOA[c] + H2O[c] => IPPAL[c] + COA[c] + H[c]"]
[0.0232683122732249,0.023268312270897,0.021198,0.021198,"OVAL[m] + ACCOA[m] + H2O[m] => IPPAL[m] + COA[m] + H[m]"]
[0.0232683122732249,0.023268312270897,0.021198,0.021198,"IPPAL[c] <=> PPMAL[c] + H2O[c]"]
[0,0,0,0,"2 ACCOA[c] => COA[c] + AACCOA[c]"]
[0,0,0,0,"H3COA[c] + COA[c] + H[c] <=> ACCOA[c] + H2O[c] + AACCOA[c]"]
[0.00347081816267341,0.00347081816238169,0.00316199999995499,0.00316199999998412,"ATP[c] + ADN[c] => ADP[c] + AMP[c] + H[c]"]
[993.895020850052,0,-986.880953361702,0,"ACAL[m] + NADH[m] + H[m] <=> ETOH[m] + NAD[m] "]
[-975.032075336264,0,989.059673010434,0,"ACAL[c] + NADH[c] + H[c] <=> ETOH[c] + NAD[c] "]
[0,0,0.04981668,0,"ACAL[c] + H2O[c] + NADP[c] => AC[c] + 2 H[c] + NADPH[c]"]
[0,0,0,0,"ACAL[m] + H2O[m] + NADP[m] => AC[m] + 2 H[m] + NADPH[m]"]
[0.0546820486204038,2.51550898874427,0,6.2836173915018,"ACAL[m] + H2O[m] + NAD[m] => AC[m] + 2 H[m] + NADH[m]"]
[0.0546820486204038,1.25158155783611,0.04981668,0.04981668,"ATP[c] + AC[c] + COA[c] => AMP[c] + PPI[c] + ACCOA[c]"]
[-2.31534220945013e-29,0,0,0,"ATP[x] + AC[x] + COA[x] => AMP[x] + PPI[x] + ACCOA[x]"]
[0,0,0,3.2143039397991,"ATP[m] + AC[m] + COA[m] => AMP[m] + PPI[m] + ACCOA[m]"]
[0,0,0,0,"ACCOA[c] + H2O[c] => COA[c] + AC[c] + H[c]"]
[0,0,0,0,"T3P2[c] => MTHGXL[c] + PI[c]"]
[0,0,0,0,"LLAC[c] + 2 FRI[m] => PYR[c] + 2 FRO[m]"]
[0,0,0,0,"H[c] + MTHGXL[c] + NADPH[c] => LLALD[c] + NADP[c]"]
[0,0,0,0,"LLALD[c] + NAD[c] + H2O[c] <=> LLAC[c] + NADH[c] + 2 H[c]"]
[0,0,0,0,"ACCOA[x] + GLX[x] + H2O[x] => MAL[x] + COA[x] + H[x]"]
[0,0,0,0,"ATP[m] + RIBFLAV[m] => ADP[m] + FMN[m] + H[m]"]
[0,0,0,0,"FMN[e] + H2O[e] => RIBFLAV[e] + PI[e]"]
[0.000210751766980809,0.000210751766959724,0.000192,0.000192,"ATP[c] + RIBFLAV[c] => ADP[c] + FMN[c] + H[c] "]
[0.000210751766980809,0.000210751766959724,0.000192,0.000192,"2 D8RL[c] => RIBFLAV[c] + 4R5AU[c]"]
[0.000210751766980809,0.000210751766959724,0.000192,0.000192,"5APRU[c] + H[c] + NADPH[c] => 5APRBU[c] + NADP[c]"]
[0.000210751766980809,0.000210751766959724,0.000192,0.000192,"5APRBU[c] + H2O[c] => 4R5AU[c] + PI[c]"]
[0.000210751766980809,0.000210751766959724,0.000192,0.000192,"25DTHPP[c] + H2O[c] => 5APRU[c] + NH3[c] + H[c]"]
[0,0,3.62906900711112e-16,-8.88178419700529e-16,"ATP[m] + FMN[m] + H[m] => PPI[m] + FAD[m]"]
[7.90319126178033e-05,7.90319126098963e-05,7.19999999996371e-05,7.20000000008882e-05,"ATP[c] + FMN[c] + H[c] => PPI[c] + FAD[c]"]
[0.000421503533961618,0.000421503533919447,0.000384,0.000384,"4R5AU[c] + 2H3OBP[c] => D8RL[c] + 2 H2O[c] + PI[c]"]
[0.000421503533961618,0.000421503533919447,0.000384,0.000384,"RL5P[c] => 2H3OBP[c] + FOR[c] + H[c]"]
[0.000210751766980809,0.000210751766959724,0.000192,0.000192,"GTP[c] + 3 H2O[c] => D6RP5P[c] + FOR[c] + PPI[c] + 2 H[c]"]
[0.000210751766980809,0.000210751766959724,0.000192,0.000192,"D6RP5P[c] + H[c] + NADPH[c] => 25DTHPP[c] + NADP[c]"]
[0,0,0,0,"DHSPH[c] + NADPH[c] + H[c] => SPH[c] + NADP[c]"]
[0,0,0,0,"C160COA[c] + SER[c] + H[c] => DHSPH[c] + COA[c] + CO2[c]"]
[0,0,0,0,"ACYLCOA[c] + SPH[c] => CR2[c] + COA[c]"]
[0,0,0,0,"DHSP[c] + H2O[c] => SPH[c] + PI[c]"]
[0,0,0,0,"SPH[c] + NADPH[c] + H[c] + O2[c] => C18PSPH[c] + NADP[c] + H2O[c]"]
[0,0,0,0,"ATP[c] + SPH[c] => ADP[c] + DHSP[c] + H[c]"]
[0,0,0,0,"CR2[c] + NADPH[c] + H[c] + O2[c] => CR3[c] + NADP[c] + H2O[c]"]
[0,0,0,0,"CR3[c] + PINS[c] => IPC[c]"]
[0,0,0,0,"IPC[c] + GDPMAN[c] => MIPC[c]"]
[0,0,0,0,"MIPC[c] + PINS[c] => MIP2C[c]"]
[0,0,0,0,"SPH[c] + NADPH[c] + O2[c] + H[c] => PSPH[c] + NADP[c] + 2 H2O[c]"]
[0,0,0,0,"H2O[c] + PSPH1P[c] => PI[c] + C18PSPH[c]"]
[0,0,0,0,"ATP[c] + C18PSPH[c] => ADP[c] + H[c] + PSPH1P[c]"]
[0,0,0,0,"DHSP[c] => PTH[c] + C16A[c]"]
[0,0,0,0,"PSPH[c] + ATP[c] => PHSP[c] + ADP[c] + H[c]"]
[0,0,0,0,"PHSP[c] => PTH[c] + C16AE[c]"]
[0.000135144570576443,0.000135144570562923,0.000123119999984997,0.000123119999985108,"DPP[c] + IPPP[c] => PPI[c] + GPP[c]"]
[0.000135144570576443,0.000135144570562923,0.000123119999984997,0.000123119999985108,"GPP[c] + IPPP[c] => PPI[c] + FPP[c]"]
[1.48843435430196e-05,1.48843435415305e-05,1.356e-05,1.356e-05,"PPACA[c] + NADPH[c] + H[c] => PPI[c] + SQL[c] + NADP[c]"]
[1.48843435430196e-05,1.48843435415305e-05,1.356e-05,1.356e-05,"2 FPP[c] => PPI[c] + PPACA[c]"]
[0,1.4489183978481e-05,0,0,"SQL[c] + O2[c] + NADPH[c] + H[c] => S23[c] + NADP[c] + H2O[c]"]
[1.44891839799306e-05,1.4489183978481e-05,1.32e-05,1.32e-05,"S23[c] => LNST[c]"]
[1.44891839799306e-05,0,1.32e-05,1.32e-05,"H[c] + NADH[c] + O2[c] + SQL[c] => S23[c] + H2O[c] + NAD[c]"]
[1.31719854363006e-05,1.31719854349827e-05,1.2e-05,1.2e-05,"LNST[c] + 3 O2[c] + 3 NADPH[c] + 2 H[c] => 44D5ACTBOL[c] + FOR[c] + 3 NADP[c] + 4 H2O[c]"]
[1.31719854363006e-05,1.31719854349827e-05,1.2e-05,1.2e-05,"44D5ACTBOL[c] + NADPH[c] + H[c] => DMZYMST[c] + NADP[c]"]
[1.31719854363006e-05,1.31719854349827e-05,1.2e-05,1.2e-05,"IIZYMST[c] + NADPH[c] + H[c] => ZYST[c] + NADP[c]"]
[1.31719854363006e-05,1.31719854349827e-05,1.2e-05,1.2e-05,"IZYMST[c] + NAD[c] => IIZYMST[c] + CO2[c] + H[c] + NADH[c]"]
[1.31719854363006e-05,1.31719854349827e-05,1.2e-05,1.2e-05,"3 O2[c] + MZYMST[c] + 3 H[c] + 3 NADPH[c] => IZYMST[c] + 4 H2O[c] + 3 NADP[c]"]
[1.31719854363006e-05,1.31719854349827e-05,1.2e-05,1.2e-05,"4MZYS[c] + NADPH[c] + H[c] => MZYMST[c] + NADP[c]"]
[1.31719854363006e-05,1.31719854349827e-05,1.2e-05,1.2e-05,"4AMZ4CBX[c] + NADP[c] => 4MZYS[c] + NADPH[c] + H[c] + CO2[c]"]
[1.31719854363006e-05,1.31719854349827e-05,1.2e-05,1.2e-05,"DMZYMST[c] + 3 NADPH[c] + 3 H[c] + 3 O2[c] => 4AMZ4CBX[c] + 3 NADP[c] + 4 H2O[c]"]
[0,0,0,0,"ATP[c] + VL[c] => ADP[c] + PVL[c] + H[c]"]
[0,0,0,0,"CTP[c] + VL[c] => PVL[c] + CDP[c] + 2 H[c]"]
[0,0,0,0,"GTP[c] + VL[c] => PVL[c] + GDP[c] + H[c]"]
[0.000721561362200541,0.000721561362128354,0.000657359999909982,0.000657359999910648,"VL[c] + UTP[c] => PVL[c] + H[c] + UDP[c]"]
[0.000721561362200541,0.000721561362128354,0.000657359999909982,0.000657359999910648,"H3COA[c] + 2 NADPH[c] + 2 H[c] => VL[c] + COA[c] + 2 NADP[c]"]
[0.00072156136220054,0.000721561362128354,0.000657359999909982,0.000657359999910648,"PVL[c] + ATP[c] + H[c] => PPVL[c] + ADP[c]"]
[0.000721561362200541,0.000721561362128354,0.000657359999909982,0.000657359999910648,"ATP[c] + PPVL[c] => ADP[c] + PI[c] + IPPP[c] + CO2[c] + H[c]"]
[0,0,0,0,"SA[c] + ZYST[c] => SAH[c] + FST[c] + H[c]"]
[1.31719854363006e-05,1.31719854349827e-05,1.2e-05,1.2e-05,"SA[c] + O2[c] + ZYST[c] => SAH[c] + RTOL[c] + 2 H2O[c] + H[c]"]
[3.476096209322e-29,0,0,0,"FST[c] => PST[c]"]
[0.000135144570576443,0.000135144570562923,0.000123119999984997,0.000123119999985108,"IPPP[c] => DPP[c]"]
[1.31719854363006e-05,1.31719854349827e-05,1.2e-05,1.2e-05,"RTOL[c] + NADPH[c] + H[c] => RGOST[c] + NADP[c]"]
[3.59758155367156e-29,0,0,0,"PST[c] + O2[c] + NADPH[c] + H[c] => NADP[c] + RTROL[c] + 2 H2O[c]"]
[3.59758155367156e-29,0,0,0,"RTROL[c] + O2[c] + NADPH[c] + H[c] => NADP[c] + RTOL[c] + 2 H2O[c]"]
[0.000105375883490404,0.000105375883479862,9.5999999984997e-05,9.5999999985108e-05,"FPP[c] + IPPP[c] => GGDP[c] + PPI[c]"]
[0,0,0,0,"ATP[c] + AH[c] => ADP[c] + AHP[c] + H[c]"]
[0,0,0,0,"THZP[c] + AHPP[c] + 2 H[c] => THMP[c] + PPI[c]"]
[0.000144891839802862,0.000144891839786778,0.000131999999999872,0.000132000000000007,"ATP[c] + THME[c] => AMP[c] + TPP[c]"]
[0,0,0,0,"ATP[c] + TPP[c] + H[c] => ADP[c] + THTP[c]"]
[0,0,0,0,"ATP[c] + THZ[c] => ADP[c] + THZP[c] + H[c]"]
[0,0,0,0,"ATP[c] + AHP[c] => ADP[c] + AHPP[c]"]
[0,0,0,0,"OAHSR[c] + CYS[c] + GLY[c] + H[c] + XUL5P[c] => GABA[c] + THZP[c] + AC[c] + CO2[c] + 3 H2O[c] + NH3[c] + PYR[c]"]
[0,0,0,0,"OAHSR[c] + CYS[c] + GLY[c] + H[c] + R5P[c] => GABA[c] + THZP[c] + AC[c] + CO2[c] + 3 H2O[c] + NH3[c] + PYR[c]"]
[0,0,0,0,"H2O[c] + PHT[c] => 4HTHR[c] + PI[c]"]
[0,0,0,0,"AA[c] + NADH[c] + ATP[c] + H[c] => AASA[c] + NAD[c] + AMP[c] + PPI[c]"]
[0.0220038016713401,0.0220038016691386,0.020046,0.020046,"AA[c] + NADPH[c] + ATP[c] + H[c] => AASA[c] + NADP[c] + AMP[c] + PPI[c]"]
[-0.0220038016713401,-0.0220038016691386,-0.020046,-0.020046,"HICIT[m] <=> HACN[m] + H2O[m]"]
[0.0220038016713401,0.0220038016691386,0.020046,0.020046,"HICIT[m] + NAD[m] <=> OAG[m] + NADH[m] + H[m]"]
[0.0220038016713401,0.0220038016691386,0.020046,0.020046,"OAG[m] + H[m] <=> XADP[m] + CO2[m]"]
[0.0220038016713401,0.0220038016691386,0.020046,0.020046,"GLU[c] + AASA[c] + NADPH[c] + H[c] <=> SACP[c] + NADP[c] + H2O[c]"]
[-0.0220038016713401,-0.0220038016691386,-0.020046,-0.020046,"LYS[c] + AKG[c] + NADH[c] + H[c] <=> SACP[c] + NAD[c] + H2O[c]"]
[-2.57062062933317,1.23270096563327,-0.3221802958051,-6.5836173915018,"GLY[c] + ACAL[c] <=> THR[c]"]
[-0.0220038016713401,-0.0220038016691386,-0.020046,-0.020046,"AA[c] + AKG[c] <=> XADP[c] + GLU[c]"]
[0,0,1.21169035041947e-27,0,"OBUT[m] + COA[m] + NAD[m] => CO2[m] + NADH[m] + PROPCOA[m]"]
[0,0,0,0,"F2[e] => F2[c]"]
[5.26879417452022e-05,5.26879417399309e-05,4.8e-05,4.8e-05,"CL[m] + H[m] => CL[c] + H[c]"]
[3.55542067126337e-15,1.96820982741226e-15,-1.28369537221476e-16,7.10152422978005e-18,"TPP[c] => TPP[m]"]
[0,1.53829772112407,0.052590000000034,0,"ATP[m] + H2O[m] + PA[m] => ADP[m] + PI[m] + PA[c] + H[c]"]
[0,0.00137647247795569,0,0.001254,"ATP[m] + H2O[m] + PE[m] => ADP[m] + PI[m] + PE[c] + H[c]"]
[1.31719854363006e-05,1.31719854349827e-05,1.2e-05,1.2e-05,"ATP[m] + H2O[m] + PG[m] => ADP[m] + PI[m] + PG[c] + H[c]"]
[0,0.000111961876197353,0,0,"ATP[m] + H2O[m] + PS[m] => ADP[m] + PI[m] + PS[c] + H[c]"]
[-1000,-1000,0.0696839999999607,-970.447073730415,"ASP[c] + H[c] <=> ASP[m] + H[m] "]
[0,0,0,0,"CYTS[e] + H[e] => CYTS[c] + H[c]"]
[0,0,-0.00527484138008151,0,"CYS[e] + H[e] <=> CYS[c] + H[c]"]
[0,0,0,0,"FUM[m] + SUCC[c] => FUM[c] + SUCC[m]"]
[0,1.54819960291165e-30,0,0,"H[c] + NICD[c] <=> NICD[m] + H[m]"]
[0,0,0,0,"ARAB[c] <=> ARAB[e]"]
[-0.0153387770404007,-1.21223828626024,-0.013973999999962,-0.0139739999999597,"OBUT[m] <=> OBUT[c]"]
[6.58599271815028e-05,6.58599271749136e-05,6e-05,6e-05,"GL3P[c] => GL3P[m]"]
[0,-1.23685672703844,2.28571502003386e-14,-3.10140385979911,"CIT[c] + MAL[c] <=> CIT[m] + MAL[m]"]
[0,0,0,0,"FRU[e] + H[e] => FRU[c] + H[c]"]
[11.0194664029738,11.0194664029738,11.0194664029738,11.0194664029738,"GLC[e] => GLC[c]"]
[0,0,0,0,"H[e] + MAN[e] <=> H[c] + MAN[c]"]
[0,0,0,0,"GLU[e] + H[e] => GLU[c] + H[c]"]
[0,0,0,0,"H[e] + ILE[e] <=> H[c] + ILE[c]"]
[0,0,0,0,"H[e] + LEU[e] <=> H[c] + LEU[c]"]
[0.00848275861941323,0.00848275861941323,0.0077280000001599,0.00772800000080524,"PI[e] + H[e] => PI[c] + H[c]"]
[0,0,0,0,"H[e] + LLAC[e] <=> H[c] + LLAC[c]"]
[0,0,0,0,"H[e] + DLAC[e] <=> H[c] + DLAC[c]"]
[0,0,0,0,"METHOL[e] <=> METHOL[c]"]
[0,0,0,0,"H[e] + URI[e] => URI[c] + H[c]"]
[0,0,0,0,"AD[e] + H[e] => AD[c] + H[c]"]
[0,0,0,-0.0739996717343039,"GN[e] + H[e] <=> GN[c] + H[c]"]
[-8.88178419700125e-16,0,0,0,"GL[c] <=> GL[e]"]
[-11.3368219719049,-27.3613579524593,-10.9761356517434,-14.8337352771725,"H2O[e] <=> H2O[c]"]
[0,0,0,0,"H[c] + PTRSC[e] => H[e] + PTRSC[c]"]
[0.41411787527096,12.7389522153078,12.6086843314892,11.1727661815714,"H[c] + SPRD[e] => H[e] + SPRD[c]"]
[0,0,0,0,"GABA[e] + H[e] => GABA[c] + H[c]"]
[0,0,0,0,"RGOST[e] => RGOST[c]"]
[-1.6940658945086e-21,0,0,0,"ZYST[e] <=> ZYST[c]"]
[0,0,0,0,"URA[e] + H[e] => URA[c] + H[c]"]
[0,0,0,0,"PPD[e] + H[e] => PPD[c] + H[c]"]
[0,0,0,0,"H[c] + SPR[e] => H[e] + SPR[c]"]
[0.000144891839802862,0.000144891839786778,0.000131999999999872,0.000132000000000007,"THME[e] + H[e] => THME[c] + H[c]"]
[3.476096209322e-29,0,0,0,"FST[e] <=> FST[c]"]
[0,0,0,0,"MYOI[e] + H[e] => MYOI[c] + H[c]"]
[0.005584921824991,0.00558492182443301,0.0103628413800815,0.005088,"SLF[e] => SLF[c]"]
[0.749408358671414,0.749408358671414,0.749408358671414,0.749408358671414,"NH3[e] => NH3[c]"]
[0,0,0,0,"TRP[e] + H[e] <=> TRP[c] + H[c]"]
[0,0,0,0,"LYS[e] + H[e] <=> LYS[c] + H[c]"]
[0,0,0,0,"ADN[e] + H[e] => ADN[c] + H[c]"]
[0,0,0,0,"2 H[e] + UREA[e] => UREA[c] + 2 H[c]"]
[0.000250267723289711,0.000250267723264672,0.000228,0.000228,"BT[e] + H[e] => BT[c] + H[c]"]
[0,0,0,0,"SER[e] + H[e] <=> SER[c] + H[c]"]
[0,0,0,0,"PHE[e] + H[e] <=> PHE[c] + H[c]"]
[0,0,0,0,"TYR[e] + H[e] <=> TYR[c] + H[c]"]
[999.96857164275,999.968571642753,997.072418317727,23.2836025499861,"GLU[c] + OH1[m] => GLU[m] + OH1[c]"]
[0,0,0,0,"HIS[e] + H[e] <=> HIS[c] + H[c]"]
[0,0,0,0,"ASN[e] + H[e] <=> ASN[c] + H[c]"]
[0,0,0,0,"ASP[e] + H[e] <=> ASP[c] + H[c]"]
[0,0,0,0,"PRO[e] + H[e] <=> PRO[c] + H[c]"]
[0,0,0,0,"ARG[e] + H[e] <=> ARG[c] + H[c]"]
[0,0,0,0,"ORN[e] + H[e] <=> ORN[c] + H[c]"]
[0,0,0,0,"MET[e] + H[e] <=> MET[c] + H[c]"]
[-0.332943109144868,0,-0.318394295805111,0,"GLY[e] + H[e] <=> GLY[c] + H[c]"]
[1.0842021724855e-19,5.42101086242752e-19,1.62630325872826e-19,1.62630325872826e-19,"SA[e] <=> SA[c]"]
[0,0,0,0,"PNTO[e] + H[e] <=> PNTO[c] + H[c]"]
[0,0,0,0,"H[e] + Na[c] <=> H[c] + Na[e]"]
[0.41411787527096,12.7389522153078,12.6086843314892,11.1727661815714,"SPRD[c] => SPRD[e]"]
[0,0,0,0,"H[e] + K[c] <=> H[c] + K[e]"]
[0,0,6.306761804902,4.75267287500246,"ACLAC[c] <=> ACLAC[e]"]
[0,0,6.306761804902,4.75267287500246,"DACE[e] => DACE[c]"]
[0,0,0,0,"DC[e] + H[e] => DC[c] + H[c]"]
[0,0,0,0,"DU[e] + H[e] => DU[c] + H[c]"]
[0,0,0,0,"H[e] + RIBFLAV[e] => H[c] + RIBFLAV[c]"]
[0.000131719854362644,0.000131719854350136,0.000120000000000011,0.0001200000000002,"PABA[c] <=> PABA[m]"]
[0,0,0,0,"SER[c] + H[c] => SER[m] + H[m]"]
[0,0,0,0,"H[e] + INS[e] => H[c] + INS[c]"]
[0,0,0,0,"H[e] + DT[e] => H[c] + DT[c]"]
[0,0,0,0,"H[e] + NMN[e] => H[c] + NMN[c]"]
[0,0,0,0,"GSN[e] + H[e] => GSN[c] + H[c]"]
[0,0,0,0,"DA[e] + H[e] => DA[c] + H[c]"]
[0.000171235810358561,0.000171235810961855,0.000156000000091271,0.000156000000097301,"H[e] + NICD[e] => NICD[c] + H[c]"]
[-1000,-1000,1000,1000,"AKG[c] + MAL[e] <=> AKG[e] + MAL[c]"]
[-1000,-1000,1000,1000,"AKG[e] + H[e] <=> AKG[c] + H[c]"]
[0.00024368173057156,0.00024368173054718,0.000222,0.000222,"PYRD[e] <=> PYRD[c]"]
[0,1.19689950922118,0,0,"2MBAC[c] => 2MBAC[e]"]
[1.85804309386428e-27,0,0,0,"IND3ETH[c] <=> IND3ETH[e]"]
[-0.000131719854362644,-0.000131719854350136,-0.000120000000000011,-0.0001200000000002,"GLAL[e] <=> GLAL[c]"]
[0,-1.00643188367765,-6.506761804902,-7.83340744241802,"ACT[e] <=> ACT[c]"]
[0,10.7280469809442,0,0,"FUM[c] + H[c] <=> FUM[e] + H[e]"]
[0,0,0,0,"GLAC[e] + H[e] => GLAC[c] + H[c]"]
[0,0,0,0,"SOR[e] <=> SOR[c]"]
[-0.0160764082247096,0,-5.94984672454615,0,"H[e] + SUCC[e] <=> H[c] + SUCC[c]"]
[-1.04617919043727e-25,0,0,0,"PHAL[c] <=> PHAL[e]"]
[0,0,0,0,"2PHETOH[e] <=> 2PHETOH[c]"]
[0,0,0,0,"PHEAC[c] => PHEAC[e]"]
[0,0,0,0,"H[e] + SUCR[e] => H[c] + SUCR[c]"]
[0,0,0,0,"IBUTOH[c] <=> IBUTOH[e]"]
[0,0,0,0,"IBUTAC[c] => IBUTAC[e]"]
[0,0,0,0,"ISACE[c] => ISACE[e]"]
[0,0,0,0,"ADP[c] + ATP[g] + PI[c] + H[c] => ADP[g] + ATP[c] + PI[m] + H[m]"]
[0,0,0,0,"CO2[c] <=> CO2[g]"]
[0,0,0,0,"GDPMAN[c] + GMP[g] => GDPMAN[g] + GMP[c]"]
[0,0,0,0,"GDP[g] + H[c] <=> GDP[c] + H[g]"]
[0,0,0,0,"PE[c] <=> PE[g]"]
[0,0,0,0,"PS[c] <=> PS[g]"]
[0,0,0,0,"UDPGAL[c] => UDPGAL[g]"]
[0,0,0,0,"CAR[c] => CAR[m]"]
[0,0,0,0,"PI[c] + H[c] => PI[m] + H[m]"]
[0.108462424959416,0,0,36.3649571989267,"ADP[c] + ATP[m] + PI[c] + H[c] => ADP[m] + ATP[c] + PI[m] + H[m]"]
[999.983923591775,502.33544683445,2.10641175573933,0,"SUCC[c] + PI[c] => SUCC[m] + PI[m]"]
[0.000316127650471211,0.000316127650439585,0.000287999999954991,0.000287999999955324,"SA[c] <=> SA[m]"]
[-1000,-1000,-1000,-23.3122345499864,"GLU[c] + H[c] <=> GLU[m] + H[m]"]
[-0.0230575605062441,-1.98534771604035,-0.009732,-10.0252515091416,"ORN[c] + H[m] <=> ORN[m] + H[c]"]
[0.0764897194282598,997.844179819443,1000,1000,"OAA[c] + H[c] => OAA[m] + H[m]"]
[0,5.44111872988122e-29,0,0,"NH3[c] => NH3[m]"]
[0.000118547868926705,0.00160698222306789,0.000108,0.001362,"CMP[m] + CTP[c] + 2 H[c] => CMP[c] + CTP[m] + 2 H[m]"]
[2.86217232789184e-28,0.00148843435415305,0,0.001254,"GLY[c] + H[c] <=> GLY[m] + H[m]"]
[-1000,-998.763143272961,-1000,-996.898596140201,"CIT[c] + ICIT[m] <=> CIT[m] + ICIT[c]"]
[-0.0811921182290482,-3.57481332651636,-0.062694000000034,-10.0794675091416,"THF[c] <=> THF[m]"]
[-999.96857164275,-999.968571642753,-997.072418317727,-23.2836025499861,"OH1[m] + PI[c] <=> OH1[c] + PI[m]"]
[0.0160764082246839,-497.629423480396,-994.965346561988,-23.2804345499861,"MAL[c] + PI[m] <=> MAL[m] + PI[c]"]
[1000,501.098590107411,8.05625848028548,-3.10140385979912,"MAL[c] + SUCC[m] <=> MAL[m] + SUCC[c]"]
[0,0,-3.62906900711112e-16,8.88178419700529e-16,"FAD[c] + FMN[m] => FAD[m] + FMN[c]"]
[0,0,0,0,"AKG[m] + OAG[c] <=> AKG[c] + OAG[m]"]
[0,0,0,0,"GDP[m] + GTP[c] + H[c] => GDP[c] + GTP[m] + H[m]"]
[0.000721561362200564,0.000721561362127637,0.00065735999990998,0.000657359999910648,"COA[c] => COA[m]"]
[0,0,-0.0463292214857386,0,"ALA[e] + H[e] <=> ALA[c] + H[c]"]
[0,0,0,0,"CIT[c] + PEP[m] <=> CIT[m] + PEP[c]"]
[0,0,0,0,"2 H[c] + UMP[m] + UTP[c] => 2 H[m] + UMP[c] + UTP[m]"]
[0,0,0,0,"C40ACP[m] => C40ACP[c]"]
[0,0,0,0,"C60ACP[m] => C60ACP[c]"]
[0,0,0,0,"C80ACP[m] => C80ACP[c]"]
[0,0,0,0,"C100ACP[m] => C100ACP[c]"]
[0,0,0,0,"C120ACP[m] => C120ACP[c]"]
[0,0,0,0,"C140ACP[m] => C140ACP[c]"]
[0,0,0,0,"C141ACP[m] => C141ACP[c]"]
[0,0,0,0,"C160ACP[m] => C160ACP[c]"]
[0,0,0,0,"C161ACP[m] => C161ACP[c]"]
[0,0,0,0,"C180ACP[m] => C180ACP[c]"]
[0,0,0,0,"C181ACP[m] => C181ACP[c]"]
[0,0,0,0,"2MBALD[c] <=> 2MBALD[m]"]
[0,0,0,0,"2MBTOH[c] <=> 2MBTOH[m]"]
[0,0,0,0,"2MPPAL[c] <=> 2MPPAL[m]"]
[0,0,0,0,"3DDAH7P[c] <=> 3DDAH7P[m]"]
[-0.000105375883490404,-0.000105375883479862,-9.5999999984997e-05,-9.5999999985108e-05,"3DH5HPB[m] <=> 3DH5HPB[c]"]
[0,0,0,0,"3MBALD[c] <=> 3MBALD[m]"]
[-1000,-1000,-1000,-1000,"3OP[c] <=> 3OP[m]"]
[0.000105375883490404,0.000105375883479862,9.5999999984997e-05,9.5999999985108e-05,"4HBZ[c] <=> 4HBZ[m]"]
[0,0,0,0,"4HGLU[c] <=> 4HGLU[m]"]
[999.88856500321,45.8475102000195,4.94402554032853,861.904060022213,"4HPP[c] + H[c] <=> 4HPP[m] + H[m]"]
[0,0,0,0,"ABUTN[c] <=> ABUTN[m]"]
[0,-1.6128637673553,-6.306761804902,-10.5141420098336,"ACLAC[c] <=> ACLAC[m]"]
[1000,1000,1000,-999.926000328266,"AD[c] <=> AD[m]"]
[0.0220038016713401,0.0220038016691386,0.020046,0.020046,"XADP[m] => XADP[c]"]
[7.90319126178435e-05,7.90319126102348e-05,7.19999999999907e-05,7.19999999999992e-05,"AKP[c] <=> AKP[m]"]
[0,0,0,0,"ALAV[c] <=> ALAV[m]"]
[0.000395159563088655,0.00039515956304979,0.000360000000000011,0.0003600000000002,"DHF[c] <=> DHF[m]"]
[0.000131719854362644,0.000131719854350136,0.000120000000000011,0.0001200000000002,"DHP[c] <=> DHP[m]"]
[-0.000131719854362644,-0.000131719854350136,-0.000120000000000011,-0.0001200000000002,"DHPT[c] <=> DHPT[m]"]
[0,0,0,0,"F2[c] => F2[m]"]
[0,0,0,0,"GABA[c] <=> GABA[m]"]
[-0.000131719854362644,-0.000131719854350136,-0.000120000000000011,-0.0001200000000002,"GLAL[c] <=> GLAL[m]"]
[-1000,-1000,-1000,999.926000328266,"GN[c] <=> GN[m]"]
[-0.000721561362200541,-0.000721561362128354,-0.000657359999909982,-0.000657359999910648,"H3COA[c] <=> H3COA[m]"]
[-0.000105375883490404,-0.000105375883479862,-9.5999999984997e-05,-9.5999999985108e-05,"HEX4HYB[c] <=> HEX4HYB[m]"]
[1.85744779991948e-27,0,0,0,"IACALD[c] <=> IACALD[m]"]
[0,0,0,0,"IAMOH[c] <=> IAMOH[m]"]
[0,0,0,0,"IBUTOH[c] <=> IBUTOH[m]"]
[-999.98466122296,-998.78776171374,-999.986026,-999.986026,"ILE[m] <=> ILE[c]"]
[0,0,0,0,"INAC[c] <=> INAC[m]"]
[-1.85804309386428e-27,0,0,0,"IND3ETH[c] <=> IND3ETH[m]"]
[-0.0232683122732249,-0.023268312270897,-0.021198,-0.021198,"IPPAL[c] <=> IPPAL[m]"]
[0,0,0,0,"OICAP[c] <=> OICAP[m]"]
[-0.000105375883490404,-0.000105375883479862,-9.5999999984997e-05,-9.5999999985108e-05,"PENDP[m] <=> PENDP[c]"]
[0,0,0,0,"PPHG[c] <=> PPHG[m]"]
[0,1.96229015553642,2.88767568227315,10.0042455091416,"PRO[c] <=> PRO[m]"]
[0,0,0,0,"RIBFLAV[c] <=> RIBFLAV[m]"]
[-1000,-49.4510779707399,995.035412459671,-842.45689926177,"OVAL[c] <=> OVAL[m]"]
[-0.000316127650471211,-0.000316127650439585,-0.000287999999954991,-0.000287999999955324,"SAH[c] <=> SAH[m]"]
[0.0672386638360395,6.30662325437952,0.000191999999969994,1.55428092989951,"O2[c] <=> O2[m]"]
[0.000105375883490404,0.000105375883479862,9.5999999984997e-05,9.5999999985108e-05,"IPPP[c] <=> IPPP[m]"]
[3.00615889141432e-18,7.69650731310259e-16,0,0,"4PPNT[c] <=> 4PPNT[m]"]
[0,0,0,0,"4H2OGLT[c] <=> 4H2OGLT[m]"]
[1.06136049173464e-29,0,2.13992216043026e-35,0,"4PPNT[c] <=> 4PPNT[x]"]
[1000,1000,1000,-999.926000328266,"GSN[c] + H[c] <=> GSN[m] + H[m]"]
[1000,1000,1000,-999.926000328266,"ADN[m] <=> ADN[c]"]
[-999.88856500321,-45.8475102000195,-4.94402554032853,-861.904060022213,"H[c] + TYR[c] <=> H[m] + TYR[m]"]
[-0.0477826890999297,-0.0477826890951492,0,-0.0435311952,"BCCP[m] <=> BCCP[c]"]
[0.0477826890999297,0.0477826890951492,0,0.0435311952,"CARCCP[m] <=> CARCCP[c]"]
[0.0807969586659596,3.57441816695331,0.062334000000034,10.0791075091416,"METTHF[c] <=> METTHF[m]"]
[-983.430085664905,-989.403512654287,-992.118111471022,-978.881541980333,"H[c] + PYR[c] <=> H[m] + PYR[m]"]
[-0.0546820486204038,-2.51550898874427,0,-3.06931345170269,"AC[c] <=> AC[m]"]
[-1000,-1000,-1000,-1000,"DLAC[c] + PYR[m] <=> DLAC[m] + PYR[c]"]
[1000,1000,1000,1000,"H[c] + DLAC[c] <=> H[m] + DLAC[m]"]
[0.000105375883490404,0.000105375883479862,9.6e-05,9.6e-05,"COQ6[m] <=> COQ6[c]"]
[0,0,0,0,"H[c] + TRP[c] <=> H[m] + TRP[m]"]
[0,0,0,0,"H[m] + HIS[m]  <=> H[c] + HIS[c]"]
[0,0,0,0,"H[c] + LYS[c] <=> H[m] + LYS[m]"]
[0,0,0,0,"H[m] + MET[m]  <=> H[c] + MET[c]"]
[0,0,0,0,"PHAL[c] <=> PHAL[m]"]
[0,0,0,0,"2PHETOH[m] <=> 2PHETOH[c]"]
[2.67011625793006e-45,0,0,0,"ACAR[c] => ACAR[m]"]
[0,0,0,0,"HPRO[c] <=> HPRO[m]"]
[0.000118547868926705,1.53990470334713,0.052698000000034,0.001362,"PA[c] => PA[m]"]
[0,0,0,0,"THR[c] <=> THR[m]"]
[0.0807969586659596,3.57292973259916,0.062334000000034,10.0778535091416,"FOR[m] => FOR[c]"]
[0,0,0,0,"PRPP[c] <=> PRPP[m]"]
[-16.5789094892183,-8.66105209577407,-15.9089831115797,-10.6137648146338,"CO2[c] <=> CO2[m]"]
[-993.895020850052,0,986.880953361702,0,"ETOH[c] <=> ETOH[m]"]
[-7.90319126178435e-05,-7.90319126102348e-05,-7.19999999999907e-05,-7.19999999999992e-05,"PANT[c] <=> PANT[m]"]
[977.602695965597,-1.53270096563327,-989.087309394628,6.2836173915018,"ACAL[c] <=> ACAL[m]"]
[0,0,0,0,"PHC[m] <=> PHC[c]"]
[-1.81102735687734e-29,0,0,0,"ADP[x] + ATP[c] + H[x] => ADP[c] + ATP[x] + H[c]"]
[9.44075801774834e-31,0,0,0,"AMP[x] + ATP[c] + H[x] => AMP[c] + ATP[x] + H[c]"]
[-8.82161102258371e-28,0,0,0,"ATP[x] + H2O[x] + C160COA[c] => ADP[x] + H[x] + PI[x] + C160COA[x]"]
[0,0,0,0,"ATP[x] + H2O[x] + C161COA[c] => ADP[x] + H[x] + C161COA[x] + PI[x]"]
[0,0,0,0,"ATP[x] + H2O[x] + C180COA[c] => ADP[x] + H[x] + PI[x] + C180COA[x]"]
[0,0,0,0,"ATP[x] + H2O[x] + C181COA[c] => ADP[x] + H[x] + C181COA[x] + PI[x]"]
[8.8496432394511e-28,0,0,0,"ATP[x] + H2O[x] + C141COA[c] => ADP[x] + H[x] + C141COA[x] + PI[x]"]
[0,0,0,0,"ATP[x] + H2O[x] + C140COA[c] => ADP[x] + H[x] + PI[x] + C140COA[x]"]
[0,0,0,0,"4HGLU[c] <=> 4HGLU[x]"]
[0,0,1.71193772834421e-34,0,"RTHIO[c] <=> RTHIO[x]"]
[0,0,-1.71193772834421e-34,0,"OTHIO[c] <=> OTHIO[x]"]
[0,0,0,0,"4H2OGLT[c] <=> 4H2OGLT[x]"]
[-2.31534220945013e-29,0,0,0,"AC[c] <=> AC[x]"]
[0,0,0,0,"GLX[c] <=> GLX[x]"]
[0,0,0,0,"CO2[x] <=> CO2[c]"]
[9.05115991651798e-30,0,0,0,"H[c] + PI[c] <=> H[x] + PI[x]"]
[0,0,0,0,"C80[c] => C80[x] "]
[0,0,0,0,"C100[c] => C100[x]"]
[0,0,0,0,"C40[c] => C40[x] "]
[0,0,0,0,"C60[c] => C60[x]"]
[0,0,0,0,"C120[c] => C120[x] "]
[0,0,0,0,"C140[c] => C140[x]"]
[0,0,0,0,"C160[c] => C160[x] "]
[0,0,0,0,"C161[c] => C161[x]"]
[0,0,0,0,"C180[c] => C180[x] "]
[0,0,0,0,"C181[c] => C181[x]"]
[-8.82859370041016e-28,0,1.95776867220936e-35,0,"C141[c] => C141[x] "]
[0,0,0,0,"4HPP[c] + H[c] <=> 4HPP[x] + H[x]"]
[0,0,0,0,"TYR[c] + H[c] <=> TYR[x] + H[x]"]
[0,0,0,0,"NMN[c] + H[c] <=> NMN[x] + H[x]"]
[7.55852790411121e-19,-6.1105680900582e-16,-3.71230823859037e-16,8.88178419700529e-16,"NMN[c] + H[c] <=> NMN[m] + H[m]"]
[0,0,0,0,"MAL[c] + CIT[x] <=> MAL[x] + CIT[c]"]
[6.56006285997481e-30,0,-9.62964972193618e-35,0,"HCYS[c] + H[c] <=> HCYS[x] + H[x]"]
[6.56006285997482e-30,0,-9.62964972193618e-35,0,"NH3[c] <=> NH3[x]"]
[0,0,0,0,"ASP[c] + GLU[x] <=> ASP[x] + GLU[c]"]
[0,0,0,0,"FPP[m] <=> FPP[c]"]
[0,0,9.62964972193618e-35,0,"LLCT[c] <=> LLCT[x]"]
[0,0,0,0,"ACAR[x] => ACAR[c]"]
[-2.31534220945012e-29,0,0,0,"CAR[c] + ACAR[x] => CAR[x] + ACAR[c]"]
[0,0,9.62964972193618e-35,0,"H2O[x] <=> H2O[c]"]
[6.56006285997482e-30,0,-9.62964972193618e-35,0,"H[c] + PYR[c] <=> H[x] + PYR[x]"]
[0,0,0,0,"CIT[c] + ICIT[x] <=> CIT[x] + ICIT[c]"]
[0,0,0,0,"OAA[c] + MAL[x] <=> OAA[x] + MAL[c]"]
[0,0,0,0,"PYR[e] + H[e] <=> PYR[c] + H[c]"]
[0,-1.26392743090816,0,-3.01949677170269,"AC[e] + H[e] <=> AC[c] + H[c]"]
[0,0,0,0,"CIT[e] + H[e] <=> CIT[c] + H[c]"]
[18.8629455137879,0,2.17871964873132,0,"ETOH[c] <=> ETOH[e]"]
[1000,1000,-1000,-1000,"MAL[e] + H[e] <=> MAL[c] + H[c]"]
[0,-0.332943109183354,0,0,"VAL[e] + H[e] <=> VAL[c] + H[c]"]
[999.981447258513,49.0995821200714,-995.052314459672,842.43999726177,"VAL[c] + H[c] <=> VAL[m] + H[m]"]
[0,0,0,0,"TRE[e] + H[e] => TRE[c] + H[c]"]
[0,0,0,0,"RIB[e] + H[e] => RIB[c] + H[c]"]
[0,0,0,0,"CYTD[e] + H[e] => CYTD[c] + H[c]"]
[0,0,0,0,"DIN[e] + H[e] => DIN[c] + H[c]"]
[0,0,0,0,"THY[e] + H[c] <=> THY[c] + H[e]"]
[0,0,0,0,"DG[e] + H[e] => DG[c] + H[c]"]
[0,0,0,0,"HYN[e] + H[e] => HYN[c] + H[c]"]
[8.4077907859489e-45,0,0,0,"CAR[e] <=> CAR[c]"]
[0,0,0,0,"CHO[e] + H[e] => CHO[c] + H[c]"]
[0,0,0,0,"GLN[e] + H[e] <=> GLN[c] + H[c]"]
[-25.0848589701428,0,-2.48789425747662,-6.87116287401298,"CO2[e] <=> CO2[c]"]
[6.31033832330195,6.31033832330195,0.00357651839995499,1.55766544829949,"O2[e] <=> O2[c]"]
[0,0,0,0,"PAP[m] <=> PAP[c]"]
[-1.06136049173464e-29,0,-2.13992216043026e-35,0,"PAP[x] <=> PAP[c]"]
[0,0,0,0,"ASN[c] + H[v] => ASN[v] + H[c]"]
[0,0,0,0,"ASN[v] + H[v] => ASN[c] + H[c]"]
[0,0,0,0,"ASP[v] + H[v] => ASP[c] + H[c]"]
[0,0,0,0,"CO2[c] <=> CO2[v]"]
[0,0,0,0,"GLC[c] <=> GLC[v]"]
[0,0,0,0,"GLN[c] + H[v] => GLN[v] + H[c]"]
[0,0,0,0,"GLN[v] + H[v] => GLN[c] + H[c]"]
[0,0,0,0,"GLU[v] + H[v] => GLU[c] + H[c]"]
[0,0,0,0,"ATP[v] + RGT[c] + H2O[v] => ADP[v] + RGT[v] + H[v] + PI[v]"]
[0,0,0,0,"H2O[c] <=> H2O[v]"]
[0,0,0,0,"H[v] + HIS[c] => H[c] + HIS[v]"]
[0,0,0,0,"H[v] + ILE[c] => H[c] + ILE[v]"]
[0,0,0,0,"H[v] + ILE[v] => H[c] + ILE[c]"]
[0,0,0,0,"LCTS[v] + H[v] => LCTS[c] + H[c]"]
[0,0,0,0,"H[v] + LEU[c] => H[c] + LEU[v]"]
[0,0,0,0,"H[v] + LEU[v] => H[c] + LEU[c]"]
[0,0,0,0,"H[v] + LYS[c] => H[c] + LYS[v]"]
[0,0,0,0,"PE[c] <=> PE[v]"]
[0,0,0,0,"H[c] + PI[c] <=> H[v] + PI[v]"]
[0,0,0,0,"PS[c] <=> PS[v]"]
[0,0,0,0,"ATP[v] + H2O[v] + TCHOLA[c] => ADP[v] + H[v] + PI[v] + TCHOLA[v]"]
[0,0,0,0,"H[c] + TRE[c] <=> H[v] + TRE[v]"]
[0,0,0,0,"H[v] + TYR[c] => H[c] + TYR[v]"]
[0,0,0,0,"H[v] + TYR[v] => H[c] + TYR[c]"]
[0,0,0,0,"GLYCOGEN[c] => GLYCOGEN[v]"]
[0,0,0,0,"ATP[c] + H2O[c] + CA[c] => ADP[c] + PI[c] + H[v] + CA[v] "]
[0,0,0,0,"GLCNT[e] + H[e] => GLCNT[c] + H[c]"]
[0,0,0,0,"H[v] + ARG[c] <=> H[c] + ARG[v]"]
[1.21485344349553e-30,0,0,0,"PST[e] <=> PST[c]"]
[1.6940658945086e-21,-1.6940658945086e-21,0,0,"LNST[e] <=> LNST[c]"]
[0,0,0,0,"SQL[e] <=> SQL[c]"]
[0,0,0,0,"H[e] + THR[e] <=> H[c] + THR[c]"]
[0,0,0,0,"ATP[c] + SER[c] + TRNASER[c] => AMP[c] + PPI[c] + SERTRNA[c]"]
[0,0,0,0,"ATP[c] + THR[c] + TRNATHR[c] => AMP[c] + PPI[c] + THRTRNA[c]"]
[0,0,0,0,"ATP[m] + THR[m] + TRNATHR[m] => AMP[m] + PPI[m] + THRTRNA[m]"]
[0,0,0,0,"ATP[m] + TRNATYR[m] + TYR[m] => AMP[m] + PPI[m] + TYRTRNA[m]"]
[0,0,0,0,"ATP[c] + TRNATYR[c] + TYR[c] => AMP[c] + PPI[c] + TYRTRNA[c]"]
[0,0,0,0,"ASN[c] + ATP[c] + TRNAASN[c] => AMP[c] + ASNTRNA[c] + PPI[c] + H[c]"]
[0,0,0,0,"ASN[m] + ATP[m] + TRNAASN[m] => AMP[m] + ASNTRNA[m] + PPI[m] + H[c]"]
[0,0,0,0,"ARG[c] + ATP[c] + TRNAARG[c] => AMP[c] + ARGTRNA[c] + PPI[c]"]
[0,0,0,0,"ARG[m] + ATP[m] + TRNAARG[m] => AMP[m] + ARGTRNA[m] + PPI[m]"]
[0,0,0,0,"ATP[c] + HIS[c] + TRNAHIS[c] => AMP[c] + HISTRNA[c] + PPI[c]"]
[0,0,0,0,"ATP[m] + HIS[m] + TRNAHIS[m] => AMP[m] + HISTRNA[m] + PPI[m]"]
[0,0,0,0,"ATP[m] + TRNAVAL[m] + VAL[m] => AMP[m] + PPI[m] + VALTRNA[m]"]
[0,0,0,0,"ATP[c] + TRNAVAL[c] + VAL[c] => AMP[c] + PPI[c] + VALTRNA[c]"]
[0,0,0,0,"ASP[c] + ATP[c] + TRNAASP[c] => AMP[c] + ASPTRNA[c] + PPI[c]"]
[0,0,0,0,"ASP[m] + ATP[m] + TRNAASP[m] => AMP[m] + ASPTRNA[m] + PPI[m]"]
[0,0,0,0,"ALA[c] + ATP[c] + TRNAALA[c] => ALATRNA[c] + AMP[c] + PPI[c]"]
[0,0,0,0,"TRNAGLU[c] + GLU[c] + ATP[c] => GLUTRNA[c] + PPI[c] + AMP[c]"]
[0,0,0,0,"TRNAGLU[m] + GLU[m] + ATP[m] => GLUTRNA[m] + PPI[m] + AMP[m]"]
[0,0,0,0,"ATP[m] + TRP[m] + TRNATRP[m] => AMP[m] + PPI[m] + TRPTRNA[m]"]
[0,0,0,0,"ATP[c] + TRP[c] + TRNATRP[c] => AMP[c] + PPI[c] + TRPTRNA[c]"]
[0,0,0,0,"ATP[c] + ILE[c] + ITRNA[c] => AMP[c] + ILETRNA[c] + PPI[c]"]
[0,0,0,0,"ATP[m] + ILE[m] + ITRNA[m] => AMP[m] + ILETRNA[m] + PPI[m]"]
[0,0,0,0,"ATP[m] + LYS[m] + TRNALYS[m] => AMP[m] + PPI[m] + LYSTRNA[m]"]
[0,0,0,0,"ATP[c] + LYS[c] + TRNALYS[c] => AMP[c] + PPI[c] + LYSTRNA[c]"]
[0,0,0,0,"ATP[c] + MET[c] + TRNAMET[c] => AMP[c] + PPI[c] + LMETTRNA[c] + 2 H[c]"]
[0,0,0,0,"ATP[m] + LEU[m] + LEUTRNA[m] => AMP[m] + LLEUTRNA[m] + PPI[m]"]
[0,0,0,0,"ATP[c] + LEU[c] + LEUTRNA[c] => AMP[c] + LLEUTRNA[c] + PPI[c]"]
[0,0,0,0,"ATP[m] + MET[m] + TRNAMET[m] => AMP[m] + PPI[m] + LMETTRNA[m] + 2 H[m]"]
[0.000105375883490404,0.000105375883479862,9.5999999984997e-05,9.5999999985108e-05,"2HPMHMBQ[m] + SA[m] => SAH[m] + H[m] + COQ6[m]"]
[0.000105375883490404,0.000105375883479862,9.5999999984997e-05,9.5999999985108e-05,"HEXMEBEN[m] + O2[m] + NADPH[m] + H[m] => 2HPMHMBQ[m] + NADP[m] + H2O[m]"]
[0.000105375883490404,0.000105375883479862,9.5999999984997e-05,9.5999999985108e-05,"ALKA[m] + 4HBZ[m] => HEX4HYB[m] + PPI[m]"]
[0.000105375883490404,0.000105375883479862,9.5999999984997e-05,9.5999999985108e-05,"IPPP[m] + PENDP[m] => ALKA[m] + PPI[m]"]
[0.000105375883490404,0.000105375883479862,9.5999999984997e-05,9.5999999985108e-05,"HEX4HYB[c] + O2[c] + 2 H[c] => 3DH5HPB[c] + H2O[c]"]
[0.000105375883490404,0.000105375883479862,9.5999999984997e-05,9.5999999985108e-05,"SA[m] + 3DH5HPB[m] => SAH[m] + 3HPH5MB[m] + H[m]"]
[0.000105375883490404,0.000105375883479862,9.5999999984997e-05,9.5999999985108e-05,"3HPH5MB[m] + H[m] => HEXMEOL[m] + CO2[m]"]
[0.000105375883490404,0.000105375883479862,9.5999999984997e-05,9.5999999985108e-05,"HEXMEOL[m] + O2[m] => HEXBEN[m] + H2O[m]"]
[0.000105375883490404,0.000105375883479862,9.5999999984997e-05,9.5999999985108e-05,"HEXBEN[m] + SA[m] => HEXMEBEN[m] + SAH[m] + H[m]"]
[0.000105375883490404,0.000105375883479862,9.5999999984997e-05,9.5999999985108e-05,"GGDP[c] + IPPP[c] => PENDP[c] + PPI[c]"]
[0.000105375883490404,0.000105375883479862,9.5999999984997e-05,9.5999999985108e-05,"CHOR[c] => 4HBZ[c] + PYR[c]"]
[0.0153387770404007,1.21223828626024,0.013973999999962,0.0139739999999597,"RHMOPT[m] + NADPH[m] + H[m] => DHMP[m] + NADP[m]"]
[0.0153387770404007,1.21223828626024,0.013973999999962,0.0139739999999597,"ABUT[m] <=> RHMOPT[m]"]
[0.0232683122732249,0.023268312270897,0.021198,0.021198,"CBHCAP[c] + NAD[c] <=> OICAP[c] + NADH[c] + H[c]"]
[1000,998.803100490779,1000,1000,"3OP[c] + GLU[c] <=> ILE[c] + AKG[c]"]
[-999.98466122296,-998.78776171374,-999.986026,-999.986026,"3OP[m] + GLU[m] <=> ILE[m] + AKG[m]"]
[0.0153387770404007,1.21223828626024,0.013973999999962,0.0139739999999597,"DHMP[m] => 3OP[m] + H2O[m]"]
[0.0418210537601179,0.374764162939422,0.038100000000087,0.0381000000000539,"DHB[m] => OVAL[m] + H2O[m]"]
[0.0418210537601179,0.374764162939422,0.038100000000087,0.0381000000000539,"ACLAC[m] + NADPH[m] + H[m] => DHB[m] + NADP[m]"]
[-999.999920968087,-49.4509989388273,995.035484459672,-842.45682726177,"VAL[c] + AKG[c] <=> OVAL[c] + GLU[c]"]
[-0.0232683122732249,-0.023268312270897,-0.021198,-0.021198,"LEU[c] + AKG[c] <=> 4MOP[c] + GLU[c]"]
[0,0,0,0,"LEU[m] + AKG[m] <=> 4MOP[m] + GLU[m]"]
[0.0418210537601179,1.98762793029472,6.34486180490208,10.5522420098336,"2HTPP[m] + PYR[m] + H[m] => ACLAC[m] + TPP[m]"]
[-0.0232683122732249,-0.023268312270897,-0.021198,-0.021198,"CBHCAP[c] <=> PPMAL[c] + H2O[c]"]
[0.0232683122732249,0.023268312270897,0.021198,0.021198,"OICAP[c] + H[c] => 4MOP[c] + CO2[c]"]
[0,0,0,0,"OICAP[m] + H[m] => 4MOP[m] + CO2[m]"]
[0.0153387770404007,1.21223828626024,0.013973999999962,0.0139739999999597,"OBUT[m] + 2HTPP[m] + H[m] => ABUT[m] + TPP[m]"]
[0,0,0,0,"PDLA[c] + H2O[c] + O2[c] <=> PL[c] + NH3[c] + H2O2[c]"]
[0,0,0,0,"ATP[c] + PDLA[c] => ADP[c] + PDLA5P[c] + H[c]"]
[0,0,0,0,"PHT[c] + AKG[c] <=> OHB[c] + GLU[c]"]
[0,0,0,0,"P5P[c] + O2[c] => PL5P[c] + H2O2[c]"]
[0.00024368173057156,0.00024368173054718,0.000222,0.000222,"ATP[c] + PYRD[c] => ADP[c] + P5P[c] + H[c]"]
[0,0,0,0,"PDLA5P[c] + O2[c] + H2O[c] => PL5P[c] + H2O2[c] + NH3[c]"]
[0,0,0,0,"ATP[c] + PL[c] => ADP[c] + PL5P[c] + H[c]"]
[0,0,0,0,"PYRD[c] + O2[c] <=> PL[c] + H2O2[c]"]
[0,0,0,0,"IDP[c] + H2O[c] => IMP[c] + PI[c] + H[c]"]
[0,0,0,0,"ITP[c] + H2O[c] => IDP[c] + PI[c] + H[c]"]
[0,0,0,0,"ADP[c] + GTP[c] + H[c] => AP4G[c] + PI[c] "]
[0,0,0,0,"GDP[c] + GTP[c] + H[c] => GTRP[c] + PI[c] "]
[0,0,0,0,"H2O[c] + PAD[c]  => NH3[c] + PAC[c] "]
[0,0,0,0,"GTP[c] + 2 H2O[c] => GMP[c] + 2 H[c] + 2 PI[c]"]
[0,0,0,0,"BTD-RR[c] <=> BTD-RR[e]"]
[0,0,0,0,"BTD-RR[e] <=>"]
[0,0,0,0,"ALPAM[m] + THF[m] => DHLAM[m] + METTHF[m] + NH3[m]"]
[0,0,0,0,"E4P[m] + H2O[m] + PEP[m] + H[m] => 3DDAH7P[m] + PI[m]"]
[0,0.1,0.1,0.1,"2 ACAL[c] -> ACT[c]"]
[0,0.1,0.1,0.1,"ACAL[c] + H[c] + PYR[c] -> ACT[c] + CO2[c]"]
[null,0.806431883677651,null,2.88073456741556,"2 ACLAC[c] -> CO2[c] + ACT[c]"]