STATE_TRANSITION(re69)

NDUFS8@mitochondrial inner membrane+MT-ND5@mitochondrial inner membrane+MT-ND4@mitochondrial inner membrane+MT-ND4L@mitochondrial inner membrane+MT-ND3@mitochondrial inner membrane+MT-ND2@mitochondrial inner membrane+MT-ND1@mitochondrial inner membrane+MT-ND6@mitochondrial inner membrane - NDUFAF2@mitochondrial inner membrane - ECSIT:NDUFAF1@mitochondrial inner membrane - AIFM1:FAD@mitochondrial inner membrane -> FMN:MT-ND1:MT-ND2:MT-ND3:MT-ND4:MT-ND4L:MT-ND5:MT-ND6:NDUFA1:NDUFA10:NDUFA11:NDUFA12:NDUFA13:NDUFA2:NDUFA3:NDUFA4:NDUFA5:NDUFA6:NDUFA7:NDUFA8:NDUFA9:NDUFAB1:NDUFB1:NDUFB10:NDUFB11:NDUFB2:NDUFB3:NDUFB4:NDUFB5:NDUFB6:NDUFB7:NDUFB8:NDUFB9:NDUFC1:NDUFC2:NDUFS1:NDUFS2:NDUFS3:NDUFS4:NDUFS5:NDUFS6:NDUFS7:NDUFS8:NDUFV1:NDUFV2:NDUFV3@mitochondrial inner membrane
center map on reaction (center map)
Comments:

PMID:16200211 NDUFAF2 PMID:17344420 ECSIT NDUFAF1 PMID:16218961 NDUFAF1 PMID:15526035 AIF deficient cells exhibit a decrease content of complex I. It was proposed that AIF has a role in the biogenesis or maintenance of complex I PMID:20025615 comprehensive review about complex I

In modules: