Q9B6C7 (NU3M_YARLI) Yarrowia lipolytica (strain CLIB 122 / E 150) (Yeast) (Candida lipolytica)

NADH-ubiquinone oxidoreductase chain 3 UniProtKBInterProSTRINGInteractive Modelling

128 aa; Sequence (Fasta) ; 3 identical sequences: Yarrowia lipolytica: S5TMS4; Yarrowia sp. E02: A0A8J5BW79; Yarrowia sp. B02: A0A8J5BCI6

Available Structures

10 Experimental Structures

DescriptionPDB IDOligo-stateRangeLigands
Structure of Yarrowia lipolytica complex I at 2.7 A
6yj4
 Heteromer
A0A1D8NFX6; A0A1D8NGI5; A0A1H6Q311; B5FVD3; B5FVE5; B5FVF3; B5FVF8; B5FVG1; B5RSK3; B5RSK9; B5RSL7; F2Z619; F2Z626; F2Z660; F2Z673; F2Z6C0; F2Z6D7; F2Z6F1; Q6C1R9; Q6C4A6; Q6C4W9; Q6C674; Q6C7X2; Q6C7X4; Q6C8J9; Q6C926; Q6C9Z1; Q6CA88; Q6CD73; Q6CEK9; Q6CG53; Q6CGB4; Q6CI10; Q6CI60; Q9B6C8; Q9B6D3; Q9B6D4; Q9B6D6; Q9B6E8; Q9B6E9; Q9UUT7; 		1-128
18×3PE; 6×SF4; 5×LMT; 8×PLC; 2×FES; 1×FMN; 6×CDL; 1×NDP; 1×ZN; 2×EHZ;
Assess
A 3.7-angstrom structure of Yarrowia lipolytica complex I with an R121M mutation in NUCM.
7b0n
 Heteromer
A0A1D8N3C8; A0A1D8N3H5; A0A1D8N596; A0A1D8N5V2; A0A1D8N7X0; A0A1D8NC63; A0A1D8ND94; A0A1D8NDL1; A0A1D8NFX6; A0A1D8NG21; A0A1D8NGI5; A0A1D8NJR0; A0A1D8NKB4; A0A1D8NNZ0; A0A1H6PJS3; A0A1H6PKH9; A0A1H6PPE5; A0A1H6PXT9; A0A1H6Q311; A0A1H6Q8Z5; A0A371BY45; A0A371C0F2; A0A371C2D0; A0A371C5F3; A0A371CB65; A0A371CFV9; Q6ZY23; Q6ZY24; Q9UUT7; Q9UUT8; Q9UUT9; Q9UUU0; Q9UUU1; Q9UUU2; Q9UUU3; S5TF58; S5TMP9; S5TMS4; S5U3V2; S5U3X7; S5U4R9; S5U4U1; 		1-128
6×PLC; 2×FES; 1×FMN; 5×SF4; 13×3PE; 5×CDL; 1×NDP; 1×ZN; 2×EHZ; 2×LMT;
Assess
Cryo-EM structure of a respiratory complex I
7o71
 Heteromer
A0A1D8NFX6; A0A1D8NGI5; A0A1H6Q311; B5FVD3; B5FVE5; B5FVF3; B5FVF8; B5FVG1; B5RSK3; B5RSK9; B5RSL7; F2Z619; F2Z626; F2Z660; F2Z673; F2Z6C0; F2Z6D7; F2Z6F1; Q6C1R9; Q6C4A6; Q6C4W9; Q6C674; Q6C7X2; Q6C7X4; Q6C8J9; Q6C926; Q6C9Z1; Q6CA88; Q6CD73; Q6CEK9; Q6CG53; Q6CGB4; Q6CI10; Q6CI60; Q9B6C8; Q9B6D3; Q9B6D4; Q9B6D6; Q9B6E8; Q9B6E9; Q9UUT7; 		1-128
6×SF4; 2×FES; 1×FMN; 6×PLC; 18×3PE; 2×LMN; 3×T7X; 1×CPL; 6×CDL; 1×NDP; 1×ZN; 2×ZMP;
Assess
Cryo-EM structure of respiratory complex I under turnover
7o6y
 Heteromer
A0A1D8NFX6; A0A1D8NGI5; A0A1H6Q311; B5FVD3; B5FVE5; B5FVF3; B5FVF8; B5FVG1; B5RSK3; B5RSK9; B5RSL7; F2Z619; F2Z626; F2Z660; F2Z673; F2Z6C0; F2Z6D7; F2Z6F1; Q6C1R9; Q6C4A6; Q6C4W9; Q6C674; Q6C7X2; Q6C7X4; Q6C8J9; Q6C926; Q6C9Z1; Q6CA88; Q6CD73; Q6CEK9; Q6CG53; Q6CGB4; Q6CI10; Q6CI60; Q9B6C8; Q9B6D3; Q9B6D4; Q9B6D6; Q9B6E8; Q9B6E9; Q9UUT7; 		1-128
6×SF4; 2×FES; 1×FMN; 1×NAI; 1×UQ9; 16×3PE; 6×PLC; 1×CPL; 3×T7X; 6×CDL; 1×NDP; 2×LMN; 1×ZN; 2×ZMP;
Assess
Cryo-EM structure of a respiratory complex I F89A mutant
6y79
 Heteromer
A0A1D8NFX6; A0A1D8NGI5; A0A1H6Q311; B5FVD3; B5FVE5; B5FVF3; B5FVF8; B5FVG1; B5RSK3; B5RSK9; B5RSL7; F2Z619; F2Z626; F2Z660; F2Z673; F2Z6C0; F2Z6D7; F2Z6F1; Q6C1R9; Q6C4A6; Q6C4W9; Q6C674; Q6C7X2; Q6C7X4; Q6C8J9; Q6C926; Q6C9Z1; Q6CA88; Q6CD73; Q6CEK9; Q6CG53; Q6CGB4; Q6CI10; Q6CI60; Q9B6C8; Q9B6D3; Q9B6D4; Q9B6D6; Q9B6E8; Q9B6E9; Q9UUT7; 		1-127
6×SF4; 2×FES; 1×FMN; 1×NDP; 11×3PE; 3×LMN; 1×ZN; 2×ZMP; 6×PLC; 5×CDL; 1×UQ9; 4×T7X; 1×PSC;
Assess
Cryo-EM structure of respiratory complex I from Yarrowia lipolytica at 3.2 A resolution
6rfr
 Heteromer
A0A1D8NFX6; A0A1D8NGI5; A0A1H6Q311; B5FVD3; B5FVE5; B5FVF3; B5FVF8; B5FVG1; B5RSK3; B5RSK9; B5RSL7; F2Z619; F2Z626; F2Z660; F2Z673; F2Z6C0; F2Z6D7; F2Z6F1; Q6C1R9; Q6C2Q1; Q6C4A6; Q6C4W9; Q6C674; Q6C7X2; Q6C7X4; Q6C8J9; Q6C926; Q6C9Z1; Q6CA88; Q6CD73; Q6CEK9; Q6CG53; Q6CGB4; Q6CI10; Q6CI60; Q9B6C8; Q9B6D3; Q9B6D4; Q9B6D6; Q9B6E8; Q9B6E9; 		1-127
6×SF4; 2×FES; 1×FMN; 15×3PE; 1×NDP; 6×CDL; 2×LMN; 7×PLC; 1×ZN; 2×ZMP; 1×UQ9; 4×T7X; 1×CPL;
Assess
Cryo-EM structure of a respiratory complex I assembly intermediate with NDUFAF2
6rfq
 Heteromer
A0A1D8NFX6; A0A1D8NGI5; A0A1H6Q311; B5FVD3; B5FVE5; B5FVF3; B5FVF8; B5FVG1; B5RSK3; B5RSK9; B5RSL7; F2Z619; F2Z626; F2Z660; F2Z673; F2Z6C0; F2Z6D7; F2Z6F1; Q6C1R9; Q6C2Q1; Q6C4A6; Q6C4W9; Q6C674; Q6C7L6; Q6C7X2; Q6C7X4; Q6C926; Q6C9Z1; Q6CA88; Q6CD73; Q6CEK9; Q6CGB4; Q6CI10; Q6CI60; Q9B6C8; Q9B6D3; Q9B6D4; Q9B6D6; Q9B6E8; Q9B6E9; 		1-127
6×SF4; 2×FES; 1×FMN; 1×NDP; 10×3PE; 2×LMN; 4×CDL; 2×ZMP; 4×PLC; 3×T7X; 1×CPL;
Assess
Cryo-EM structure of a respiratory complex I mutant lacking NDUFS4
6rfs
 Heteromer
A0A1D8NFX6; A0A1D8NGI5; A0A1H6PKH9; A0A1H6Q311; B5FVD3; B5FVE5; B5FVF3; B5FVF8; B5RSK3; B5RSK9; B5RSL7; F2Z619; F2Z626; F2Z660; F2Z673; F2Z6C0; F2Z6D7; F2Z6F1; Q6C1R9; Q6C2Q1; Q6C4A6; Q6C4W9; Q6C674; Q6C7X2; Q6C7X4; Q6C8J9; Q6C926; Q6C9Z1; Q6CA88; Q6CD73; Q6CG53; Q6CGB4; Q6CI10; Q6CI60; Q9B6C8; Q9B6D3; Q9B6D4; Q9B6D6; Q9B6E8; Q9B6E9; 		1-127
6×SF4; 2×FES; 1×FMN; 1×NDP; 1×ZN; 1×ZMP;
Assess
Cryo-EM structure of respiratory complex I from Yarrowia lipolytica
6gcs
 Heteromer
B5FVD3; B5FVE5; B5FVF3; B5FVF8; B5FVG1; B5RSK3; B5RSL7; Q6C4A6; Q6C4W9; Q6C674; Q6C7X2; Q6C7X4; Q6C8J9; Q6C926; Q6C9Z1; Q6CD73; Q6CEK9; Q6CG53; Q6CGB4; Q6CI60; Q6ZY24; Q9B6C8; Q9B6D3; Q9B6D4; Q9B6D6; Q9B6E8; Q9B6E9; Q9UUT7; Q9UUT8; Q9UUT9; Q9UUU0; Q9UUU1; Q9UUU2; Q9UUU3; 		1-124
6×SF4; 2×FES; 1×FMN; 1×NDP; 1×ZN; 1×ZMP; 1×CDL; 3×3PE;
Assess
Late assembly intermediate of the proximal proton pumping module of complex I with assembly factors…
7zkp
 Heteromer
A0A1D8NEL0; A0A1D8NGI5; B5FVD3; B5FVF3; B5FVF8; B5RSL7; Q6C4A6; Q6CG31; Q6CGB4; Q9B6C8; Q9B6D4; Q9B6E8; Q9B6E9; 		2-115
2×CDL; 1×PLC; 1×CPL; 1×3PE; 1×T7X;
Assess

1 SWISS-MODEL model

TemplateOligo-stateQMEANDisCoRangeLigandsTrg-Tpl Seq id (%)
7o71.1.Mmonomer0.621-128
100.00
Assess