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12,851–12,877 of 12,877 reactions from Human-GEM
ReversibleBalancedTransportTransport reactionsHuman-GEM MAR20165
ReversibleBalancedTransportTransport reactionsHuman-GEM MAR20166
ReversibleBalancedEC 1.3.5.2MiscellaneousHuman-GEM MAR20167
Left to rightUnbalancedEC 2.3.1.200MiscellaneousHuman-GEM MAR20168
butyryl-CoA[c] + H2O[c] = butyrate[c] + CoA[c] + H+[c]
Left to rightBalancedEC 3.1.2.2Acyl-CoA hydrolysisHuman-GEM MAR20169
H2O[c] + octanoyl-CoA[c] = CoA[c] + H+[c] + octanoic acid[c]
Left to rightBalancedEC 3.1.2.2Acyl-CoA hydrolysisHuman-GEM MAR20170
decanoyl-CoA[c] + H2O[c] = CoA[c] + decanoic acid[c] + H+[c]
Left to rightBalancedEC 3.1.2.2Acyl-CoA hydrolysisHuman-GEM MAR20171
H2O[c] + undecanoyl-CoA[c] = CoA[c] + H+[c] + undecylic acid[c]
Left to rightBalancedEC 3.1.2.2Acyl-CoA hydrolysisHuman-GEM MAR20172
2-oxoadipate[m] + H+[m] + thiamin-PP[m] = CO2[m] + 2-(4-carboxy-1-hydroxybutyl)thiamine diphosphate[m]
Left to rightBalance undeterminableEC 1.2.4.-Lysine metabolismHuman-GEM MAR20173
3-methyl-2-oxobutyrate[m] + H+[m] + thiamin-PP[m] = CO2[m] + 2-(2-methyl-1-hydroxypropyl)thiamine diphosphate[m]
Left to rightBalance undeterminableEC 1.2.4.4Valine, leucine, and isoleucine metabolismHuman-GEM MAR20174
2-oxo-3-methylvalerate[m] + H+[m] + thiamin-PP[m] = CO2[m] + 2-(2-methyl-1-hydroxybutyl)thiamine diphosphate[m]
Left to rightBalance undeterminableEC 1.2.4.4Valine, leucine, and isoleucine metabolismHuman-GEM MAR20175
4-methyl-2-oxopentanoate[m] + H+[m] + thiamin-PP[m] = CO2[m] + 2-(3-methyl-1-hydroxybutyl)thiamine diphosphate[m]
Left to rightBalance undeterminableEC 1.2.4.4Valine, leucine, and isoleucine metabolismHuman-GEM MAR20176
lipoamide[m] + 2-(1-hydroxypropyl)thiamine diphosphate[m] = thiamin-PP[m] + S-propanoyldihydrolipoamide[m]
Left to rightBalance undeterminableEC 1.2.4.4Propanoate metabolismHuman-GEM MAR20177
CoA[m] + S-propanoyldihydrolipoamide[m] = dihydrolipoamide[m] + propanoyl-CoA[m]
Left to rightUnbalancedEC 1.2.4.4Propanoate metabolismHuman-GEM MAR20178
(2R)-pristanic acid[c] + ATP[c] + H2O[c] = (2R)-pristanic acid[e] + ADP[c] + H+[c] + Pi[c]
Left to rightBalancedTransportTransport reactionsHuman-GEM MAR20179
(2R)-pristanic acid[e] =
ReversibleBalance undeterminableExchange/demand reactionsHuman-GEM MAR20180
thiamin-P[c] + thiamin-PP[m] = thiamin-P[m] + thiamin-PP[c]
ReversibleBalancedTransportTransport reactionsHuman-GEM MAR20181
dATP[c] + thiamin-P[m] = dATP[m] + thiamin-P[c]
ReversibleBalancedTransportTransport reactionsHuman-GEM MAR20182
dATP[c] + thiamin-PP[m] = dATP[m] + thiamin-PP[c]
ReversibleBalancedTransportTransport reactionsHuman-GEM MAR20183
2 ATP[m] + 2 H2O[m] + NADPH[m] + 2 2Fe2S iron-sulfur cluster[m] = 2 ADP[m] + 3 H+[m] + NADP+[m] + 2 Pi[m] + 4Fe4S iron-sulfur cluster[m]
Left to rightBalancedSulfur metabolismHuman-GEM MAR20184
2 cysteine[m] + 2 Fe2+[m] + NADPH[m] = 2 alanine[m] + H+[m] + NADP+[m] + 2Fe2S iron-sulfur cluster[m]
Left to rightBalancedSulfur metabolismHuman-GEM MAR20185
FAD[m] + GSH[m] + H+[m] + H2S[m] = FADH2[m] + GSSH[m]
Left to rightBalancedEC 1.8.5.8Sulfur metabolismHuman-GEM MAR20186
H2O[m] + O2[m] + GSSH[m] = GSH[m] + 2 H+[m] + sulfite[m]
Left to rightBalancedEC 1.13.11.18Sulfur metabolismHuman-GEM MAR20187
5-deoxyadenosine[m] = 5-deoxyadenosine[c]
ReversibleBalancedTransportTransport reactionsHuman-GEM MAR20188
alpha-tocopheryl quinone[c] + 2 ferricytochrome C[m] + 5 H+[m] = alpha-tocopheryl hydroquinone[c] + 2 ferrocytochrome C[m] + 4 H+[i]
Left to rightUnbalancedTransportEC 7.1.1.8MiscellaneousHuman-GEM MAR20189
alpha-tocopheryl quinone[c] + H+[c] + NADH[c] = alpha-tocopheryl hydroquinone[c] + NAD+[c]
Left to rightBalancedEC 1.6.5.2MiscellaneousHuman-GEM MAR20190
ATP[m] + glutamate[m] + NH3[m] = ADP[m] + glutamine[m] + Pi[m]
Left to rightBalancedEC 6.3.1.2Alanine, aspartate and glutamate metabolismHuman-GEM MAR20191