Reaction: NADFADOR

Descriptive name:

NAD:FAD oxidoreductase

Model:

iAF987

Reaction:

fadh2_c + 2.0 nad_c + fdxr_42_c ⇌ fad_c + 2.0 nadh_c + fdxo_42_c

Metabolites:

Stoichiometry
BiGG ID
Name
1.0
fad_c
Flavin adenine dinucleotide oxidized
-1.0
fadh2_c
Flavin adenine dinucleotide reduced
-2.0
nad_c
Nicotinamide adenine dinucleotide
2.0
nadh_c
Nicotinamide adenine dinucleotide - reduced
1.0
fdxo_42_c
Ferredoxin (oxidized form 4:2)
-1.0
fdxr_42_c
Ferredoxin (reduced form 4:2)

Default bounds:

(-999999.0, 999999.0)

Objective coefficient:

0.0

Subsystem:

Energy Metabolism

Gene Reaction Rule:

(Gmet_0683 and Gmet_0684) or (Gmet_2066 and Gmet_2067) or (Gmet_2257 and Gmet_2258) or (Gmet_2152 and Gmet_2153) or (Gmet_1525 and Gmet_1526) or (Gmet_2262 and Gmet_2263) or (Gmet_1712 and Gmet_1713) or (Gmet_2265 and Gmet_2266) or (Gmet_3300 and Gmet_3301)

Genes:

Gmet_3301 (etfA-9)
Gmet_3300 (etfB-9)
Gmet_2263 (etfB-6)
Gmet_2258 (etfB-3)
Gmet_2153
Gmet_0684 (etfA-1)
Gmet_2257 (etfA-3)
Gmet_2265 (etfA-8)
Gmet_1526 (etfA-5)
Gmet_1525 (etfB-5)
Gmet_2152
Gmet_1713 (etfB-7)
Gmet_0683 (etfB-1)
Gmet_1712 (etfA-7)
Gmet_2262 (etfA-6)
Gmet_2067 (etfB-2)
Gmet_2266 (etfB-8)
Gmet_2066 (etfA-2)

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Universal reaction ?

External database links

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Old identifiers

    NADFADOR

NADFADOR in other models