nadp[c]

Neutral formula: 
C21H29N7O17P3
Charge: 
1

NADP+

Compartment: 
Cytosol
HMDB ID: 
HMDB00217
PubChem ID: 
5886
ChEBI ID: 
18009
KEGG ID: 
C00006

ID_738

Reaction: 
cbprc6a[c] + nadph[c] + h[c] <=> cbdhpcr6[c] + nadp[c]
Metabolites: 
cbprc6a[c], nadph[c], h[c], cbdhpcr6[c], nadp[c]
Subsystem: 
Vitamin B12 and protoheme metabolism

ID_453

Reaction: 
2a2hbut[c] + nadph[c] + h[c] -> 23dh3mv[c] + nadp[c]
Metabolites: 
2a2hbut[c], nadph[c], h[c], 23dh3mv[c], nadp[c]
Subsystem: 
Valine, leucine and isoleucine metabolism

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