Q9DCS9 | SWISS-MODEL Repository

Q9DCS9 (NDUBA_MOUSE) Mus musculus (Mouse)

NADH dehydrogenase [ubiquinone] 1 beta subcomplex subunit 10 UniProtKB InterPro STRING Interactive Modelling

It is possible new templates exist for this target since these models were created.

Available Structures

22 Experimental Structures

Description	PDB ID	Oligo-state	Range	Seq id (%)	Ligands
Respiratory complex Membrane domain of CI, focused map of type I, Wild type mouse under thermoneutr…	8iaq PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer G5E814; O09111; P03893; P03903; P03911; P03921; P03925; P0DN34; Q3UIU2; Q91WD5; Q99LC3; Q99LY9; Q9CPU2; Q9CQ54; Q9CQC7; Q9CQH3; Q9CQJ8; Q9CQY9; Q9CQZ6; Q9CR21; Q9CR61; Q9D6J5; Q9DCJ5;	3-174	100	9×3PE; 6×CDL; 2×PC1; 1×ADP; 1×EHZ;
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Respiratory complex Membrane domain of CI, focus-refined of type II, Wild type mouse under cold tem…	8ibf PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer G5E814; O09111; P03893; P03903; P03911; P03921; P03925; P0DN34; Q3UIU2; Q91WD5; Q99LC3; Q99LY9; Q9CPU2; Q9CQ54; Q9CQC7; Q9CQH3; Q9CQJ8; Q9CQY9; Q9CQZ6; Q9CR21; Q9CR61; Q9D6J5; Q9DCJ5;	3-174	100	14×3PE; 3×CDL; 1×ADP; 1×EHZ;
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Cryo-EM structure of mitochondrial complex I from Mus musculus inhibited by IACS-2858 at 3.0 A	7b93 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	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; Q9CXZ1; Q9D6J5; Q9D6J6; Q9DC69; Q9DC70; Q9DCJ5; Q9DCT2; Q9ERS2; Q9Z1P6;	4-174	100	6×SF4; 4×PC1; 9×3PE; 2×FES; 1×FMN; 1×T2Q; 7×CDL; 1×ATP; 1×NDP; 1×ZN; 2×EHZ;
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Mitochondrial complex I from Mus musculus in the active state bound with piericidin A	8olt PDBe PDBe-KB PDBj PDBsum RCSB SMTL	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; Q9CXZ1; Q9D6J5; Q9D6J6; Q9DC69; Q9DC70; Q9DCJ5; Q9DCT2; Q9ERS2; Q9Z1P6;	4-173	100	16×LMT; 3×PC1; 6×SF4; 1×HQH; 2×FES; 1×FMN; 1×NA; 5×CDL; 14×3PE; 1×MG; 1×GTP; 1×NDP; 1×ZN; 2×EHZ; 1×MYR;
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Closed Complex I from murine brain	8rgp PDBe PDBe-KB PDBj PDBsum RCSB SMTL	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; Q9CXZ1; Q9D6J5; Q9D6J6; Q9DC69; Q9DC70; Q9DCJ5; Q9DCT2; Q9ERS2; Q9Z1P6;	3-172	100	6×SF4; 14×3PE; 5×PC1; 1×UQ; 2×FES; 1×FMN; 1×K; 1×NDP; 1×ZN; 2×ZMP; 9×CDL; 1×DGT; 1×MG;
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Mouse mitochondrial complex I in the active state	6g2j PDBe PDBe-KB PDBj PDBsum RCSB SMTL	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; Q9CXZ1; Q9D6J5; Q9D6J6; Q9DC69; Q9DC70; Q9DCJ5; Q9DCT2; Q9ERS2; Q9Z1P6;	3-172	100	12×3PE; 6×SF4; 2×FES; 1×FMN; 4×PC1; 4×CDL; 1×ADP; 1×NDP; 1×ZN; 2×EHZ;
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Mitochondrial complex I from Mus musculus in the active state	8om1 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	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; Q9CXZ1; Q9D6J5; Q9D6J6; Q9DC69; Q9DC70; Q9DCJ5; Q9DCT2; Q9ERS2; Q9Z1P6;	4-173	100	16×LMT; 5×PC1; 6×SF4; 2×FES; 1×FMN; 1×NA; 6×CDL; 16×3PE; 1×MG; 1×DGT; 1×NDP; 1×ZN; 2×EHZ; 1×MYR;
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Mouse mitochondrial complex I in the deactive state	6g72 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	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; Q9CXZ1; Q9D6J5; Q9D6J6; Q9DC69; Q9DC70; Q9DCJ5; Q9DCT2; Q9ERS2; Q9Z1P6;	3-172	100	6×SF4; 2×FES; 1×FMN; 1×ADP; 1×NDP; 1×ZN; 2×EHZ; 1×ACE;
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Closed Complex I from murine liver	8rgr PDBe PDBe-KB PDBj PDBsum RCSB SMTL	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; Q9CXZ1; Q9D6J5; Q9D6J6; Q9DC69; Q9DC70; Q9DCJ5; Q9DCT2; Q9ERS2; Q9Z1P6;	3-172	100	6×SF4; 17×3PE; 5×PC1; 1×UQ; 2×FES; 1×FMN; 1×K; 1×NDP; 1×ZN; 2×ZMP; 10×CDL; 1×DGT; 1×MG;
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Respiratory complex Membrane domain of CI, focus-refined of type IA, Wild type mouse under cold tem…	8ib6 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer G5E814; O09111; P03893; P03903; P03911; P03921; P03925; P0DN34; Q3UIU2; Q91WD5; Q99LC3; Q99LY9; Q9CPU2; Q9CQ54; Q9CQC7; Q9CQH3; Q9CQJ8; Q9CQY9; Q9CQZ6; Q9CR21; Q9CR61; Q9D6J5; Q9DCJ5;	5-174	100	12×3PE; 4×CDL; 1×ADP; 1×EHZ;
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Respiratory complex Membrane domain of CI, focus-refined of type IB, Wild type mouse under cold tem…	8ibb PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer G5E814; O09111; P03893; P03903; P03911; P03921; P03925; P0DN34; Q3UIU2; Q91WD5; Q99LC3; Q99LY9; Q9CPU2; Q9CQ54; Q9CQC7; Q9CQH3; Q9CQJ8; Q9CQY9; Q9CQZ6; Q9CR21; Q9CR61; Q9D6J5; Q9DCJ5;	5-174	100	13×3PE; 4×CDL; 1×PC1; 1×ADP; 1×EHZ;
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Open Complex I from murine brain	8rgt PDBe PDBe-KB PDBj PDBsum RCSB SMTL	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; Q9CXZ1; Q9D6J5; Q9D6J6; Q9DC69; Q9DC70; Q9DCJ5; Q9DCT2; Q9ERS2; Q9Z1P6;	4-172	100	6×SF4; 17×3PE; 4×PC1; 2×FES; 1×FMN; 1×K; 1×NDP; 1×ZN; 2×ZMP; 6×CDL; 1×DGT; 1×MG;
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The acetogenin-bound complex I of Mus musculus resolved to 3.4 angstroms	7psa PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer 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; Q9CXZ1; Q9D6J5; Q9D6J6; Q9D8B4; Q9DC69; Q9DC70; Q9DCJ5; Q9DCT2; Q9ERS2; Q9Z1P6;	5-173	100	6×SF4; 4×PC1; 2×FES; 1×FMN; 9×3PE; 1×88I; 7×CDL; 1×ATP; 1×NDP; 1×ZN; 2×EHZ;
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Open Complex I from murine liver	8rgq PDBe PDBe-KB PDBj PDBsum RCSB SMTL	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; Q9CXZ1; Q9D6J5; Q9D6J6; Q9DC69; Q9DC70; Q9DCJ5; Q9DCT2; Q9ERS2; Q9Z1P6;	4-172	100	6×SF4; 17×3PE; 4×PC1; 2×FES; 1×FMN; 1×K; 1×NDP; 1×ZN; 2×ZMP; 6×CDL; 1×DGT; 1×MG;
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Cryo-EM structure of respiratory complex I from Mus musculus inhibited by piericidin A at 3.0 A	6ztq PDBe PDBe-KB PDBj PDBsum RCSB SMTL	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; Q9CXZ1; Q9D6J5; Q9D6J6; Q9DC69; Q9DC70; Q9DCJ5; Q9DCT2; Q9ERS2; Q9Z1P6;	5-173	100	6×SF4; 4×PC1; 1×HQH; 9×3PE; 2×FES; 1×FMN; 7×CDL; 1×ATP; 1×NDP; 1×ZN; 2×EHZ;
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Cryo-EM structure of respiratory complex I in the active state from Mus musculus at 3.1 A	6zr2 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	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; Q9CXZ1; Q9D6J5; Q9D6J6; Q9DC69; Q9DC70; Q9DCJ5; Q9DCT2; Q9ERS2; Q9Z1P6;	5-173	100	6×SF4; 4×PC1; 2×FES; 1×FMN; 9×3PE; 7×CDL; 1×ATP; 1×NDP; 1×ZN; 2×EHZ;
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Cryo-EM structure NDUFS4 knockout complex I from Mus musculus heart (Class 2).	8ca3 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer G5E814; O09111; O35683; P03888; P03893; P03899; P03903; P03911; P03921; P03925; P0DN34; P52503; Q3UIU2; 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; Q9DCT2; Q9ERS2; Q9Z1P6;	5-172	100	6×SF4; 2×PC1; 2×FES; 1×FMN; 1×UQ9; 7×3PE; 6×CDL; 2×LMT; 1×GTP; 1×NDP; 1×ZN; 2×EHZ;
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Cryo-EM structure of respiratory complex I in the deactive state from Mus musculus at 3.2 A	7ak5 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	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; Q9CXZ1; Q9D6J5; Q9D6J6; Q9DC69; Q9DC70; Q9DCJ5; Q9DCT2; Q9ERS2; Q9Z1P6;	5-172	100	6×SF4; 2×PC1; 2×FES; 1×FMN; 8×3PE; 4×CDL; 1×ATP; 1×NDP; 1×ZN; 2×EHZ;
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Cryo-EM structure of ND6-P25L mutant respiratory complex I from Mus musculus at 3.8 A	7ak6 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	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; Q9CXZ1; Q9D6J5; Q9D6J6; Q9DC69; Q9DC70; Q9DCJ5; Q9DCT2; Q9ERS2; Q9Z1P6;	5-172	100	6×SF4; 1×PC1; 2×FES; 1×FMN; 4×3PE; 2×CDL; 1×ATP; 1×NDP; 1×ZN; 2×EHZ;
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Cryo-EM structure NDUFS4 knockout complex I from Mus musculus heart (Class 3).	8ca5 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer G5E814; O09111; O35683; P03888; P03893; P03899; P03903; P03911; P03921; P03925; P0DN34; Q3UIU2; Q59J78; 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; Q9DCT2; Q9ERS2; Q9Z1P6;	5-172	100	6×SF4; 2×PC1; 7×3PE; 2×FES; 1×FMN; 1×UQ9; 6×CDL; 2×LMT; 1×GTP; 1×NDP; 2×EHZ;
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Cryo-EM structure NDUFS4 knockout complex I from Mus musculus heart (Class 1).	8c2s PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer G5E814; O09111; O35683; P03888; P03893; P03899; P03903; P03911; P03921; P03925; P0DN34; P52503; Q3UIU2; 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; Q9DCT2; Q9ERS2; Q9Z1P6;	5-172	100	6×SF4; 2×PC1; 2×FES; 1×FMN; 7×3PE; 6×CDL; 2×LMT; 1×GTP; 1×NAP; 1×ZN; 2×EHZ;
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Respiratory complex Membrane domain of CI, focus-refined of type I, PERK -/- mouse under cold tempe…	8ic4 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer G5E814; O09111; P03893; P03903; P03911; P03921; P03925; P0DN34; Q3UIU2; Q91WD5; Q99LC3; Q99LY9; Q9CPU2; Q9CQ54; Q9CQC7; Q9CQH3; Q9CQJ8; Q9CQY9; Q9CQZ6; Q9CR21; Q9CR61; Q9D6J5; Q9DCJ5;	5-171	100	9×3PE; 5×CDL; 1×ZN; 1×ADP; 1×EHZ;
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1 SWISS-MODEL model

	Template	Oligo-state	QMEANDisCo	Range	Ligands	Trg-Tpl Seq id (%)
	7vy1.1.L	monomer	0.83	2-176		82.95
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	Model ID	Oligo-state	Avg pLDDT	Range	Trg-Mdl Seq Id (%)

	Model ID	Oligo-state	Avg Confidence	Range	Trg-Mdl Seq id (%)

Q9DCS9 (NDUBA_MOUSE) Mus musculus (Mouse)

NADH dehydrogenase [ubiquinone] 1 beta subcomplex subunit 10 UniProtKBInterProSTRINGInteractive Modelling

Available Structures

22 Experimental Structures

1 SWISS-MODEL model

Alignments

Background

Resolution

NADH dehydrogenase [ubiquinone] 1 beta subcomplex subunit 10 UniProtKB InterPro STRING Interactive Modelling