Q9CXZ1 (NDUS4_MOUSE) Mus musculus (Mouse)

NADH dehydrogenase [ubiquinone] iron-sulfur protein 4, mitochondrial UniProtKBInterProSTRINGInteractive Modelling

175 aa; Sequence (Fasta)

Available Structures

7 Experimental Structures

DescriptionOligo-stateLigandsStructureRange
Cryo-EM structure of mitochondrial complex I from Mus musculus inhibited by IACS-2858 at 3.0 A Heteromer
G5E814; O09111; O35683; P03888; P03893; P03899; P03903; P03911; P03921; P03925; P0DN34; P52503; Q3UIU2; Q7TMF3; Q8BK30; Q8K3J1; Q91VD9; Q91WD5; Q91YT0; Q99LC3; Q99LY9; Q9CPP6; Q9CPU2; Q9CQ54; Q9CQ75; Q9CQ91; Q9CQC7; Q9CQH3; Q9CQJ8; Q9CQY9; Q9CQZ5; Q9CQZ6; Q9CR21; Q9CR61; Q9D6J5; Q9D6J6; Q9DC69; Q9DC70; Q9DCJ5; Q9DCS9; Q9DCT2; Q9ERS2; Q9Z1P6;
SF4;PC1;3PE;FES;FMN;T2Q;CDL;ATP;NDP;ZN;EHZ;50-175
Assess
Mouse mitochondrial complex I in the active state Heteromer
G5E814; O09111; O35683; P03888; P03893; P03899; P03903; P03911; P03921; P03925; P0DN34; P52503; Q3UIU2; Q7TMF3; Q8BK30; Q8K3J1; Q91VD9; Q91WD5; Q91YT0; Q99LC3; Q99LY9; Q9CPP6; Q9CPU2; Q9CQ54; Q9CQ75; Q9CQ91; Q9CQC7; Q9CQH3; Q9CQJ8; Q9CQY9; Q9CQZ5; Q9CQZ6; Q9CR21; Q9CR61; Q9D6J5; Q9D6J6; Q9DC69; Q9DC70; Q9DCJ5; Q9DCS9; Q9DCT2; Q9ERS2; Q9Z1P6;
12×3PE;SF4;FES;FMN;PC1;CDL;ADP;NDP;ZN;EHZ;51-175
Assess
Mouse mitochondrial complex I in the deactive state Heteromer
G5E814; O09111; O35683; P03888; P03893; P03899; P03903; P03911; P03921; P03925; P0DN34; P52503; Q3UIU2; Q7TMF3; Q8BK30; Q8K3J1; Q91VD9; Q91WD5; Q91YT0; Q99LC3; Q99LY9; Q9CPP6; Q9CPU2; Q9CQ54; Q9CQ75; Q9CQ91; Q9CQC7; Q9CQH3; Q9CQJ8; Q9CQY9; Q9CQZ5; Q9CQZ6; Q9CR21; Q9CR61; Q9D6J5; Q9D6J6; Q9DC69; Q9DC70; Q9DCJ5; Q9DCS9; Q9DCT2; Q9ERS2; Q9Z1P6;
SF4;FES;FMN;ADP;NDP;ZN;EHZ;51-175
Assess
Cryo-EM structure of respiratory complex I in the deactive state from Mus musculus at 3.2 A Heteromer
G5E814; O09111; O35683; P03888; P03893; P03899; P03903; P03911; P03921; P03925; P0DN34; P52503; Q3UIU2; Q7TMF3; Q8BK30; Q8K3J1; Q91VD9; Q91WD5; Q91YT0; Q99LC3; Q99LY9; Q9CPP6; Q9CPU2; Q9CQ54; Q9CQ75; Q9CQ91; Q9CQC7; Q9CQH3; Q9CQJ8; Q9CQY9; Q9CQZ5; Q9CQZ6; Q9CR21; Q9CR61; Q9D6J5; Q9D6J6; Q9DC69; Q9DC70; Q9DCJ5; Q9DCS9; Q9DCT2; Q9ERS2; Q9Z1P6;
SF4;PC1;FES;FMN;3PE;CDL;ATP;NDP;ZN;EHZ;51-175
Assess
Cryo-EM structure of ND6-P25L mutant respiratory complex I from Mus musculus at 3.8 A Heteromer
G5E814; O09111; O35683; P03888; P03893; P03899; P03903; P03911; P03921; P03925; P0DN34; P52503; Q3UIU2; Q7TMF3; Q8BK30; Q8K3J1; Q91VD9; Q91WD5; Q91YT0; Q99LC3; Q99LY9; Q9CPP6; Q9CPU2; Q9CQ54; Q9CQ75; Q9CQ91; Q9CQC7; Q9CQH3; Q9CQJ8; Q9CQY9; Q9CQZ5; Q9CQZ6; Q9CR21; Q9CR61; Q9D6J5; Q9D6J6; Q9DC69; Q9DC70; Q9DCJ5; Q9DCS9; Q9DCT2; Q9ERS2; Q9Z1P6;
SF4;PC1;FES;FMN;3PE;CDL;ATP;NDP;ZN;EHZ;51-175
Assess
Cryo-EM structure of respiratory complex I from Mus musculus inhibited by piericidin A at 3.0 A Heteromer
G5E814; O09111; O35683; P03888; P03893; P03899; P03903; P03911; P03921; P03925; P0DN34; P52503; Q3UIU2; Q7TMF3; Q8BK30; Q8K3J1; Q91VD9; Q91WD5; Q91YT0; Q99LC3; Q99LY9; Q9CPP6; Q9CPU2; Q9CQ54; Q9CQ75; Q9CQ91; Q9CQC7; Q9CQH3; Q9CQJ8; Q9CQY9; Q9CQZ5; Q9CQZ6; Q9CR21; Q9CR61; Q9D6J5; Q9D6J6; Q9DC69; Q9DC70; Q9DCJ5; Q9DCS9; Q9DCT2; Q9ERS2; Q9Z1P6;
SF4;PC1;HQH;3PE;FES;FMN;CDL;ATP;NDP;ZN;EHZ;51-175
Assess
Cryo-EM structure of respiratory complex I in the active state from Mus musculus at 3.1 A Heteromer
G5E814; O09111; O35683; P03888; P03893; P03899; P03903; P03911; P03921; P03925; P0DN34; P52503; Q3UIU2; Q7TMF3; Q8BK30; Q8K3J1; Q91VD9; Q91WD5; Q91YT0; Q99LC3; Q99LY9; Q9CPP6; Q9CPU2; Q9CQ54; Q9CQ75; Q9CQ91; Q9CQC7; Q9CQH3; Q9CQJ8; Q9CQY9; Q9CQZ5; Q9CQZ6; Q9CR21; Q9CR61; Q9D6J5; Q9D6J6; Q9DC69; Q9DC70; Q9DCJ5; Q9DCS9; Q9DCT2; Q9ERS2; Q9Z1P6;
SF4;PC1;FES;FMN;3PE;CDL;ATP;NDP;ZN;EHZ;51-175
Assess

Alignments