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nadph[c]
Neutral formula:
C21H30N7O17P3
Charged formula:
C21H30N7O17P3
Charge:
0
NADPH
Compartment:
Cytosol
HMDB ID:
HMDB00221
PubChem ID:
5884
ChEBI ID:
16474
KEGG ID:
C00005
ID_637
Reaction:
1dxyl5p[c] + nadph[c] + h[c] <=> 2me4p[c] + nadp[c]
Metabolites:
1dxyl5p[c]
,
nadph[c]
,
h[c]
,
2me4p[c]
,
nadp[c]
Subsystem:
Terpenoid backbone biosynthesis
ID_640
Reaction:
1h2m2b4dp[c] + nadph[c] + h[c] -> dmadp[c] + nadp[c] + h2o[c]
Metabolites:
1h2m2b4dp[c]
,
nadph[c]
,
h[c]
,
dmadp[c]
,
nadp[c]
,
h2o[c]
Subsystem:
Terpenoid backbone biosynthesis
ID_292
Reaction:
1h2m2b4dp[c] + nadph[c] + h[c] -> ipdp[c] + nadp[c] + h2o[c]
Metabolites:
1h2m2b4dp[c]
,
nadph[c]
,
h[c]
,
ipdp[c]
,
nadp[c]
,
h2o[c]
Subsystem:
Terpenoid backbone biosynthesis
ID_141
Reaction:
so3[c] + 3 nadph[c] + 3 h[c] -> h2s[c] + 3 nadp[c] + 3 h2o[c]
Metabolites:
so3[c]
,
3
,
nadph[c]
,
3
,
h[c]
,
h2s[c]
,
3
,
nadp[c]
,
3
,
h2o[c]
Subsystem:
Sulfite metabolism
ID_136700
Reaction:
pyr5carb[c] + nadph[c] <=> proL[c] + nadp[c]
Metabolites:
pyr5carb[c]
,
nadph[c]
,
proL[c]
,
nadp[c]
Subsystem:
Arginine and proline metabolism
ID_3142
Reaction:
3 acoa[c] + 2 co2[c] + 2 nadph[c] + 2 nad[c] + pmf[c] -> 2 malS[c] + 2 nadh[c] + 2 nadp[c] + 3 coa[c]
Metabolites:
3
,
acoa[c]
,
2
,
co2[c]
,
2
,
nadph[c]
,
2
,
nad[c]
,
pmf[c]
,
2
,
malS[c]
,
2
,
nadh[c]
,
2
,
nadp[c]
,
3
,
coa[c]
Subsystem:
Stickland Reaction
ID_45
Reaction:
glc6p[c] + nadp[c] -> 6pg15l[c] + nadph[c] + h[c]
Metabolites:
glc6p[c]
,
nadp[c]
,
6pg15l[c]
,
nadph[c]
,
h[c]
Subsystem:
Starch and sucrose metabolism
ID_279
Reaction:
5a65prsaura[c] + nadph[c] + h[c] -> 5a65praura[c] + nadp[c]
Metabolites:
5a65prsaura[c]
,
nadph[c]
,
h[c]
,
5a65praura[c]
,
nadp[c]
Subsystem:
Riboflavin metabolism
ID_692
Reaction:
fmnh2[c] + nadp[c] <=> fmn[c] + nadph[c] + h[c]
Metabolites:
fmnh2[c]
,
nadp[c]
,
fmn[c]
,
nadph[c]
,
h[c]
Subsystem:
Riboflavin metabolism
ID_534
Reaction:
thioredoxoxi[c] + nadph[c] + h[c] -> thioredoxred[c] + nadp[c]
Metabolites:
thioredoxoxi[c]
,
nadph[c]
,
h[c]
,
thioredoxred[c]
,
nadp[c]
Subsystem:
Pyrimidine metabolism
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