A0A286ZUN9 | SWISS-MODEL Repository

A0A286ZUN9 (A0A286ZUN9_PIG) Sus scrofa (Pig)

NADH dehydrogenase [ubiquinone] iron-sulfur protein 8, mitochondrial UniProtKB InterPro Interactive Modelling

239 aa; Sequence (Fasta) ; 1 identical sequence: Sus scrofa: A0A4X1SVK9

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

Available Structures

14 Experimental Structures

Description	PDB ID	Oligo-state	Range	Seq id (%)	Ligands
In-situ complex I (Active-Apo)	8ueo PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0A0U1RS44; A0A286ZNN4; A0A287ARY3; A0A480JRW3; A0A480VKQ8; A0A4X1SN37; A0A4X1SZP7; A0A4X1T6M0; A0A4X1TE42; A0A4X1THU2; A0A4X1UIV8; A0A4X1ULW2; A0A4X1VD84; A0A4X1VQ42; A0A4X1VRV3; A0A4X1VVS8; A0A4X1VX77; A0A8D0K655; A0A8D0K6B5; A0A8D0QM68; A0A8D0R7A9; A0A8D0TJQ4; A0A8D0UWW0; A0A8D1EYI7; A0A8D1FN21; A0A8D1G9F4; A0A8D1IZ33; A0A8D1KH26; A0A8W4F7N8; B8Y651; F1SCH1; F1SGC6; F1SIS9; F1SQP4; I3LGM4; K7GSE5; O79875; O79880; O79881; O79882; P56632; Q9TDR1;	64-239	100	10×3PE; 13×PC1; 6×SF4; 2×FES; 1×FMN; 1×K; 6×CDL; 1×GTP; 1×MG; 1×NDP; 1×ZN; 2×EHZ; 1×MYR;
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In-situ complex I, Active-Q10 (State-alpha)	8uep PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0A0U1RS44; A0A286ZNN4; A0A287ARY3; A0A480JRW3; A0A480VKQ8; A0A4X1SN37; A0A4X1SZP7; A0A4X1T6M0; A0A4X1TE42; A0A4X1THU2; A0A4X1UIV8; A0A4X1ULW2; A0A4X1VD84; A0A4X1VQ42; A0A4X1VRV3; A0A4X1VVS8; A0A4X1VX77; A0A8D0K655; A0A8D0K6B5; A0A8D0QM68; A0A8D0R7A9; A0A8D0TJQ4; A0A8D0UWW0; A0A8D1EYI7; A0A8D1FN21; A0A8D1G9F4; A0A8D1IZ33; A0A8D1KH26; A0A8W4F7N8; B8Y651; F1SCH1; F1SGC6; F1SIS9; F1SQP4; I3LGM4; K7GSE5; O79875; O79880; O79881; O79882; P56632; Q9TDR1;	64-239	100	6×SF4; 6×PC1; 2×FES; 1×FMN; 1×K; 1×U10; 3×CDL; 4×3PE; 1×GTP; 1×MG; 1×NDP; 1×ZN; 2×EHZ; 1×MYR;
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In-situ complex I with Q10 (State-beta)	8ueq PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0A0U1RS44; A0A286ZNN4; A0A287ARY3; A0A480JRW3; A0A480VKQ8; A0A4X1SN37; A0A4X1SZP7; A0A4X1T6M0; A0A4X1TE42; A0A4X1THU2; A0A4X1UIV8; A0A4X1ULW2; A0A4X1VD84; A0A4X1VQ42; A0A4X1VRV3; A0A4X1VVS8; A0A4X1VX77; A0A8D0K655; A0A8D0K6B5; A0A8D0QM68; A0A8D0R7A9; A0A8D0TJQ4; A0A8D0UWW0; A0A8D1EYI7; A0A8D1FN21; A0A8D1G9F4; A0A8D1IZ33; A0A8D1KH26; A0A8W4F7N8; B8Y651; F1SCH1; F1SGC6; F1SIS9; F1SQP4; I3LGM4; K7GSE5; O79875; O79880; O79881; O79882; P56632; Q9TDR1;	64-239	100	6×SF4; 3×PC1; 1×U10; 2×FES; 1×FMN; 1×K; 1×MYR; 1×3PE; 2×CDL; 1×GTP; 1×MG; 1×NDP; 1×ZN; 2×EHZ;
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In-situ complex I with Q10 (State-gamma)	8uer PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0A0U1RS44; A0A286ZNN4; A0A287ARY3; A0A480JRW3; A0A480VKQ8; A0A4X1SN37; A0A4X1SZP7; A0A4X1T6M0; A0A4X1TE42; A0A4X1THU2; A0A4X1UIV8; A0A4X1ULW2; A0A4X1VD84; A0A4X1VQ42; A0A4X1VRV3; A0A4X1VVS8; A0A4X1VX77; A0A8D0K655; A0A8D0K6B5; A0A8D0QM68; A0A8D0R7A9; A0A8D0TJQ4; A0A8D0UWW0; A0A8D1EYI7; A0A8D1FN21; A0A8D1G9F4; A0A8D1IZ33; A0A8D1KH26; A0A8W4F7N8; B8Y651; F1SCH1; F1SGC6; F1SIS9; F1SQP4; I3LGM4; K7GSE5; O79875; O79880; O79881; O79882; P56632; Q9TDR1;	64-239	100	6×SF4; 6×PC1; 2×FES; 1×FMN; 1×K; 1×U10; 3×CDL; 4×3PE; 1×GTP; 1×MG; 1×NDP; 1×ZN; 2×EHZ; 1×MYR;
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In-situ complex I, Deactive class01	8ues PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0A0U1RS44; A0A286ZNN4; A0A287ARY3; A0A480JRW3; A0A480VKQ8; A0A4X1SN37; A0A4X1SZP7; A0A4X1T6M0; A0A4X1TE42; A0A4X1THU2; A0A4X1UIV8; A0A4X1ULW2; A0A4X1VD84; A0A4X1VQ42; A0A4X1VRV3; A0A4X1VVS8; A0A4X1VX77; A0A8D0K655; A0A8D0K6B5; A0A8D0QM68; A0A8D0R7A9; A0A8D0TJQ4; A0A8D0UWW0; A0A8D1EYI7; A0A8D1FN21; A0A8D1G9F4; A0A8D1IZ33; A0A8D1KH26; A0A8W4F7N8; B8Y651; F1SCH1; F1SGC6; F1SIS9; F1SQP4; I3LGM4; K7GSE5; O79875; O79880; O79881; O79882; P56632; Q9TDR1;	64-239	100	6×3PE; 6×SF4; 2×FES; 1×FMN; 1×K; 5×PC1; 2×CDL; 1×GTP; 1×MG; 1×NDP; 1×ZN; 2×EHZ; 1×PGT; 1×MYR;
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In-situ complex I, Deactive class02	8uet PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0A0U1RS44; A0A286ZNN4; A0A287ARY3; A0A480JRW3; A0A480VKQ8; A0A4X1SN37; A0A4X1SZP7; A0A4X1T6M0; A0A4X1TE42; A0A4X1THU2; A0A4X1UIV8; A0A4X1ULW2; A0A4X1VD84; A0A4X1VQ42; A0A4X1VRV3; A0A4X1VVS8; A0A4X1VX77; A0A8D0K655; A0A8D0K6B5; A0A8D0QM68; A0A8D0R7A9; A0A8D0TJQ4; A0A8D0UWW0; A0A8D1EYI7; A0A8D1FN21; A0A8D1G9F4; A0A8D1IZ33; A0A8D1KH26; A0A8W4F7N8; B8Y651; F1SCH1; F1SGC6; F1SIS9; F1SQP4; I3LGM4; K7GSE5; O79875; O79880; O79881; O79882; P56632; Q9TDR1;	64-239	100	6×3PE; 6×SF4; 2×FES; 1×FMN; 1×K; 5×PC1; 1×MYR; 1×PGT; 2×CDL; 1×GTP; 1×MG; 1×NDP; 1×ZN; 2×EHZ;
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In-situ complex I, Deactive class03	8ueu PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0A0U1RS44; A0A286ZNN4; A0A287ARY3; A0A480JRW3; A0A480VKQ8; A0A4X1SN37; A0A4X1SZP7; A0A4X1T6M0; A0A4X1TE42; A0A4X1THU2; A0A4X1UIV8; A0A4X1ULW2; A0A4X1VD84; A0A4X1VQ42; A0A4X1VRV3; A0A4X1VVS8; A0A4X1VX77; A0A8D0K655; A0A8D0K6B5; A0A8D0QM68; A0A8D0R7A9; A0A8D0TJQ4; A0A8D0UWW0; A0A8D1EYI7; A0A8D1FN21; A0A8D1G9F4; A0A8D1IZ33; A0A8D1KH26; A0A8W4F7N8; B8Y651; F1SCH1; F1SGC6; F1SIS9; F1SQP4; I3LGM4; K7GSE5; O79875; O79880; O79881; O79882; P56632; Q9TDR1;	64-239	100	5×PC1; 6×SF4; 2×FES; 1×FMN; 1×K; 6×3PE; 1×PGT; 2×CDL; 1×GTP; 1×MG; 1×NDP; 1×ZN; 2×EHZ; 1×MYR;
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In-situ complex I, Deactive class04	8uev PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0A0U1RS44; A0A286ZNN4; A0A287ARY3; A0A480JRW3; A0A480VKQ8; A0A4X1SN37; A0A4X1SZP7; A0A4X1T6M0; A0A4X1TE42; A0A4X1THU2; A0A4X1UIV8; A0A4X1ULW2; A0A4X1VD84; A0A4X1VQ42; A0A4X1VRV3; A0A4X1VVS8; A0A4X1VX77; A0A8D0K655; A0A8D0K6B5; A0A8D0QM68; A0A8D0R7A9; A0A8D0TJQ4; A0A8D0UWW0; A0A8D1EYI7; A0A8D1FN21; A0A8D1G9F4; A0A8D1IZ33; A0A8D1KH26; A0A8W4F7N8; B8Y651; F1SCH1; F1SGC6; F1SIS9; F1SQP4; I3LGM4; K7GSE5; O79875; O79880; O79881; O79882; P56632; Q9TDR1;	64-239	100	6×3PE; 6×SF4; 2×FES; 1×FMN; 1×K; 5×PC1; 1×MYR; 1×PGT; 2×CDL; 1×GTP; 1×MG; 1×NDP; 1×ZN; 2×EHZ;
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In-situ complex I, Deactive class05	8uew PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0A0U1RS44; A0A286ZNN4; A0A287ARY3; A0A480JRW3; A0A480VKQ8; A0A4X1SN37; A0A4X1SZP7; A0A4X1T6M0; A0A4X1TE42; A0A4X1THU2; A0A4X1UIV8; A0A4X1ULW2; A0A4X1VD84; A0A4X1VQ42; A0A4X1VRV3; A0A4X1VVS8; A0A4X1VX77; A0A8D0K655; A0A8D0K6B5; A0A8D0QM68; A0A8D0R7A9; A0A8D0TJQ4; A0A8D0UWW0; A0A8D1EYI7; A0A8D1FN21; A0A8D1G9F4; A0A8D1IZ33; A0A8D1KH26; A0A8W4F7N8; B8Y651; F1SCH1; F1SGC6; F1SIS9; F1SQP4; I3LGM4; K7GSE5; O79875; O79880; O79881; O79882; P56632; Q9TDR1;	64-239	100	6×3PE; 6×SF4; 2×FES; 1×FMN; 1×K; 5×PC1; 1×PGT; 2×CDL; 1×GTP; 1×MG; 1×NDP; 1×ZN; 2×EHZ; 1×MYR;
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In-situ complex I, Deactive class06	8uex PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0A0U1RS44; A0A286ZNN4; A0A287ARY3; A0A480JRW3; A0A480VKQ8; A0A4X1SN37; A0A4X1SZP7; A0A4X1T6M0; A0A4X1TE42; A0A4X1THU2; A0A4X1UIV8; A0A4X1ULW2; A0A4X1VD84; A0A4X1VQ42; A0A4X1VRV3; A0A4X1VVS8; A0A4X1VX77; A0A8D0K655; A0A8D0K6B5; A0A8D0QM68; A0A8D0R7A9; A0A8D0TJQ4; A0A8D0UWW0; A0A8D1EYI7; A0A8D1FN21; A0A8D1G9F4; A0A8D1IZ33; A0A8D1KH26; A0A8W4F7N8; B8Y651; F1SCH1; F1SGC6; F1SIS9; F1SQP4; I3LGM4; K7GSE5; O79875; O79880; O79881; O79882; P56632; Q9TDR1;	64-239	100	6×3PE; 6×SF4; 5×PC1; 2×FES; 1×FMN; 1×K; 2×CDL; 1×GTP; 1×MG; 1×NDP; 1×ZN; 2×EHZ; 1×PGT; 1×MYR;
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In-situ complex I, Deactive class07	8uey PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0A0U1RS44; A0A286ZNN4; A0A287ARY3; A0A480JRW3; A0A480VKQ8; A0A4X1SN37; A0A4X1SZP7; A0A4X1T6M0; A0A4X1TE42; A0A4X1THU2; A0A4X1UIV8; A0A4X1ULW2; A0A4X1VD84; A0A4X1VQ42; A0A4X1VRV3; A0A4X1VVS8; A0A4X1VX77; A0A8D0K655; A0A8D0K6B5; A0A8D0QM68; A0A8D0R7A9; A0A8D0TJQ4; A0A8D0UWW0; A0A8D1EYI7; A0A8D1FN21; A0A8D1G9F4; A0A8D1IZ33; A0A8D1KH26; A0A8W4F7N8; B8Y651; F1SCH1; F1SGC6; F1SIS9; F1SQP4; I3LGM4; K7GSE5; O79875; O79880; O79881; O79882; P56632; Q9TDR1;	64-239	100	6×3PE; 5×PC1; 6×SF4; 2×FES; 1×FMN; 1×K; 1×PGT; 2×CDL; 1×GTP; 1×MG; 1×NDP; 1×ZN; 2×EHZ; 1×MYR;
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In-situ complex I, Active-Q10 (State-delta)	8uez PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0A0U1RS44; A0A286ZNN4; A0A287ARY3; A0A480JRW3; A0A480VKQ8; A0A4X1SN37; A0A4X1SZP7; A0A4X1T6M0; A0A4X1TE42; A0A4X1THU2; A0A4X1UIV8; A0A4X1ULW2; A0A4X1VD84; A0A4X1VQ42; A0A4X1VRV3; A0A4X1VVS8; A0A4X1VX77; A0A8D0K655; A0A8D0K6B5; A0A8D0QM68; A0A8D0R7A9; A0A8D0TJQ4; A0A8D0UWW0; A0A8D1EYI7; A0A8D1FN21; A0A8D1G9F4; A0A8D1IZ33; A0A8D1KH26; A0A8W4F7N8; B8Y651; F1SCH1; F1SGC6; F1SIS9; F1SQP4; I3LGM4; K7GSE5; O79875; O79880; O79881; O79882; P56632; Q9TDR1;	64-239	100	6×SF4; 6×PC1; 2×FES; 1×FMN; 1×K; 1×U10; 3×CDL; 1×MYR; 2×3PE; 1×GTP; 1×MG; 1×NDP; 1×ZN; 2×EHZ;
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High resolution in-situ structure of complex I in respiratory supercomplex (composite)	8ud1 PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0A0U1RS44; A0A286ZNN4; A0A287ARY3; A0A480JRW3; A0A480VKQ8; A0A4X1SN37; A0A4X1SNY5; A0A4X1SZP7; A0A4X1T6M0; A0A4X1TE42; A0A4X1THU2; A0A4X1UIV8; A0A4X1ULW2; A0A4X1VD84; A0A4X1VQ42; A0A4X1VRV3; A0A4X1VVS8; A0A4X1VX77; A0A8D0K655; A0A8D0K6B5; A0A8D0R7A9; A0A8D0TJQ4; A0A8D0UWW0; A0A8D1EYI7; A0A8D1FN21; A0A8D1G9F4; A0A8D1KH26; A0A8D1TTB3; A0A8W4F7N8; B8Y651; F1SCH1; F1SGC6; F1SIS9; F1SQP4; I3LGM4; K7GSE5; O79875; O79880; O79881; O79882; P56632; Q9TDR1;	64-239	100	14×PC1; 6×SF4; 2×FES; 1×FMN; 1×K; 18×3PE; 6×CDL; 1×GTP; 1×MG; 1×NDP; 1×ZN; 2×EHZ; 1×MYR;
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In-situ structure of typeA supercomplex in respiratory chain ( local refined map focused on CI iron…	8ugp PDBe PDBe-KB PDBj PDBsum RCSB SMTL	Heteromer A0A0U1RS44; A0A286ZNN4; A0A480VKQ8; A0A4X1SJF2; A0A4X1SN37; A0A4X1THU2; A0A4X1ULW2; A0A4X1VVS8; A0A8D0QM68; A0A8D1AAL8; O79880;	109-239	100.0	3×SF4; 1×ZN;
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1 SWISS-MODEL model

	Template	Oligo-state	QMEANDisCo	Range	Ligands	Trg-Tpl Seq id (%)
	6zk9.1.G	monomer	0.71	64-239	2×SF4;	94.86
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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 (%)

A0A286ZUN9 (A0A286ZUN9_PIG) Sus scrofa (Pig)

NADH dehydrogenase [ubiquinone] iron-sulfur protein 8, mitochondrial UniProtKBInterProInteractive Modelling

Available Structures

14 Experimental Structures

1 SWISS-MODEL model

Alignments

Background

Resolution

NADH dehydrogenase [ubiquinone] iron-sulfur protein 8, mitochondrial UniProtKB InterPro Interactive Modelling