O78747 (NU1M_SHEEP) Ovis aries (Sheep)

NADH-ubiquinone oxidoreductase chain 1 UniProtKBInterProSTRINGInteractive Modelling

318 aa; Sequence (Fasta) ; 1 identical sequence: Ovis aries: A0A0E3JG63

Available Structures

32 Experimental Structures

DescriptionOligo-stateLigandsStructureRange
Ovine respiratory complex I FRC open class 1 Heteromer
B9VGZ9; O78748; O78753; O78754; O78755; O78756; O78757; W5NQT7; W5NRY1; W5NYM7; W5P0I2; W5P5V3; W5P9Q8; W5PAR2; W5PB27; W5PE07; W5PGA3; W5PI58; W5PNX7; W5PUX0; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5QAH8; W5QB34; W5QBF5; W5QC06; W5QF73; W5QFF9; W5QG39; W5QHN8;
SF4;FMN;FES;ZN;NDP;ZMP;3PE;CDL;PC1;1-318
Assess
Isolated complex I class refinement from Ovine respiratory supercomplex I+III2 Heteromer
B9VGZ9; O78748; O78753; O78754; O78755; O78756; O78757; W5NQT7; W5NRY1; W5NYM7; W5P0I2; W5P5V3; W5P9Q8; W5PAR2; W5PB27; W5PE07; W5PGA3; W5PI58; W5PNX7; W5PUX0; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5QAH8; W5QB34; W5QBF5; W5QC06; W5QF73; W5QFF9; W5QG39; W5QHN8;
SF4;FMN;FES;ZN;NDP;ZMP;3PE;CDL;PC1;1-318
Assess
Ovine respiratory complex I FRC open class 4 Heteromer
B9VGZ9; O78748; O78753; O78754; O78755; O78756; O78757; W5NQT7; W5NRY1; W5NYM7; W5P0I2; W5P5V3; W5P9Q8; W5PAR2; W5PB27; W5PE07; W5PGA3; W5PI58; W5PNX7; W5PUX0; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5QAH8; W5QB34; W5QBF5; W5QC06; W5QF73; W5QFF9; W5QHN8;
SF4;FMN;FES;ZN;NDP;ZMP;1-318
Assess
Ovine respiratory complex I FRC closed class 1 Heteromer
B9VGZ9; O78748; O78753; O78754; O78755; O78756; O78757; W5NQT7; W5NRY1; W5NYM7; W5P0I2; W5P5V3; W5P9Q8; W5PAR2; W5PB27; W5PE07; W5PGA3; W5PI58; W5PJ73; W5PNX7; W5PPP6; W5PUX0; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5QAH8; W5QB34; W5QBF5; W5QC06; W5QF73; W5QFF9; W5QG39; W5QHN8;
SF4;FMN;FES;3PE;ZN;NDP;ZMP;PC1;1-318
Assess
Ovine respiratory complex I FRC open class 2 Heteromer
B9VGZ9; O78748; O78753; O78754; O78755; O78756; O78757; W5NQT7; W5NRY1; W5NYM7; W5P0I2; W5P5V3; W5P9Q8; W5PAR2; W5PB27; W5PE07; W5PGA3; W5PI58; W5PNX7; W5PUX0; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5QAH8; W5QB34; W5QBF5; W5QC06; W5QF73; W5QFF9; W5QG39; W5QHN8;
SF4;FMN;FES;ZN;NDP;ZMP;3PE;CDL;PC1;1-318
Assess
CI Membrane Arm focused refinement from Ovine respiratory SC I+III2 Heteromer
O78748; O78753; O78754; O78755; O78756; O78757; W5NQT7; W5NYM7; W5P5V3; W5P9Q8; W5PAR2; W5PGA3; W5PJ73; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5QBF5; W5QF73; W5QFF9; W5QG39; W5QHN8;
3PE;CDL;PC1;ZMP;1-318
Assess
Ovine respiratory complex I FRC open class 3 Heteromer
B9VGZ9; O78748; O78753; O78754; O78755; O78756; O78757; W5NQT7; W5NRY1; W5NYM7; W5P0I2; W5P5V3; W5P9Q8; W5PAR2; W5PB27; W5PE07; W5PGA3; W5PI58; W5PNX7; W5PUX0; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5QAH8; W5QB34; W5QBF5; W5QC06; W5QF73; W5QFF9; W5QHN8;
SF4;FMN;FES;ZN;NDP;ZMP;3PE;CDL;PC1;1-318
Assess
Ovine respiratory complex I FRC open class 6 Heteromer
B9VGZ9; O78748; O78753; O78754; O78755; O78756; O78757; W5NQT7; W5NRY1; W5NYM7; W5P0I2; W5P5V3; W5P9Q8; W5PAR2; W5PB27; W5PE07; W5PGA3; W5PI58; W5PNX7; W5PUX0; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5QAH8; W5QB34; W5QBF5; W5QC06; W5QF73; W5QFF9; W5QHN8;
SF4;FMN;FES;ZN;NDP;ZMP;1-318
Assess
Ovine respiratory complex I FRC open class 5 Heteromer
B9VGZ9; O78748; O78753; O78754; O78755; O78756; O78757; W5NQT7; W5NRY1; W5NYM7; W5P0I2; W5P5V3; W5P9Q8; W5PAR2; W5PB27; W5PE07; W5PGA3; W5PI58; W5PNX7; W5PUX0; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5QAH8; W5QB34; W5QBF5; W5QC06; W5QF73; W5QFF9; W5QG39; W5QHN8;
SF4;FMN;FES;ZN;NDP;ZMP;1-318
Assess
Native complex I, closed Heteromer
B9VGZ9; O78748; O78753; O78754; O78755; O78756; O78757; W5NQT7; W5NRY1; W5NYM7; W5P0I2; W5P5V3; W5P9Q8; W5PAR2; W5PB27; W5PE07; W5PGA3; W5PI58; W5PNX7; W5PUX0; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5QAH8; W5QB34; W5QBF5; W5QC06; W5QF73; W5QFF9; W5QHN8;
SF4;FMN;FES;K;PC1; 13×3PE;CDL;ZMP;ZN;NDP;AMP;MYR;1-318
Assess
Membrane domain of closed complex I during turnover Heteromer
O78748; O78753; O78754; O78755; O78756; O78757; W5NQT7; W5NYM7; W5P5V3; W5P9Q8; W5PAR2; W5PGA3; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5QBF5; W5QF73; W5QFF9; W5QHN8;
11×3PE;PC1;CDL;ZMP;AMP;MYR;1-318
Assess
Complex I with NADH, open3 Heteromer
B9VGZ9; O78748; O78753; O78754; O78755; O78756; O78757; W5NQT7; W5NRY1; W5NYM7; W5P0I2; W5P5V3; W5P9Q8; W5PAR2; W5PB27; W5PE07; W5PGA3; W5PI58; W5PNX7; W5PUX0; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5QAH8; W5QB34; W5QBF5; W5QC06; W5QF73; W5QFF9; W5QHN8;
SF4;FMN;NAI;FES;K; 14×3PE;PC1;DCQ;CDL;ZMP;ZN;NDP;AMP;MYR;1-318
Assess
Complex I during turnover, closed Heteromer
B9VGZ9; O78748; O78753; O78754; O78755; O78756; O78757; W5NQT7; W5NRY1; W5NYM7; W5P0I2; W5P5V3; W5P9Q8; W5PAR2; W5PB27; W5PE07; W5PGA3; W5PI58; W5PNX7; W5PUX0; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5QAH8; W5QB34; W5QBF5; W5QC06; W5QF73; W5QFF9; W5QHN8;
SF4;FMN;NAI;FES;K;DCQ;PC1; 13×3PE;CDL;ZMP;ZN;NDP;AMP;MYR;1-318
Assess
Complex I inhibited by rotenone, closed Heteromer
B9VGZ9; O78748; O78753; O78754; O78755; O78756; O78757; W5NQT7; W5NRY1; W5NYM7; W5P0I2; W5P5V3; W5P9Q8; W5PAR2; W5PB27; W5PE07; W5PGA3; W5PI58; W5PNX7; W5PUX0; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5QAH8; W5QB34; W5QBF5; W5QC06; W5QF73; W5QFF9; W5QHN8;
SF4;FMN;NAI;FES;K;970; 13×3PE;PC1;CDL;ZMP;ZN;NDP;AMP;MYR;1-318
Assess
Complex I during turnover, open3 Heteromer
B9VGZ9; O78748; O78753; O78754; O78755; O78756; O78757; W5NQT7; W5NRY1; W5NYM7; W5P0I2; W5P5V3; W5P9Q8; W5PAR2; W5PB27; W5PE07; W5PGA3; W5PI58; W5PNX7; W5PUX0; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5QAH8; W5QB34; W5QBF5; W5QC06; W5QF73; W5QFF9; W5QHN8;
SF4;FMN;NAI;FES;K; 14×3PE;PC1;DCQ;CDL;ZMP;ZN;NDP;AMP;MYR;1-318
Assess
Complex I inhibited by rotenone, open3 Heteromer
B9VGZ9; O78748; O78753; O78754; O78755; O78756; O78757; W5NQT7; W5NRY1; W5NYM7; W5P0I2; W5P5V3; W5P9Q8; W5PAR2; W5PB27; W5PE07; W5PGA3; W5PI58; W5PNX7; W5PUX0; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5QAH8; W5QB34; W5QBF5; W5QC06; W5QF73; W5QFF9; W5QHN8;
SF4;FMN;NAI;FES;K;970;3PE;PC1;CDL;ZMP;ZN;NDP;AMP;MYR;1-318
Assess
Membrane domain of open complex I during turnover Heteromer
O78748; O78753; O78754; O78755; O78756; O78757; W5NQT7; W5NYM7; W5P5V3; W5P9Q8; W5PAR2; W5PGA3; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5QBF5; W5QF73; W5QFF9; W5QHN8;
PC1;DCQ; 12×3PE;CDL;ZMP;AMP;MYR;1-318
Assess
Deactive complex I, open1 Heteromer
B9VGZ9; O78748; O78753; O78754; O78755; O78756; O78757; W5NQT7; W5NRY1; W5NYM7; W5P0I2; W5P5V3; W5P9Q8; W5PAR2; W5PB27; W5PE07; W5PGA3; W5PI58; W5PNX7; W5PUX0; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5QAH8; W5QB34; W5QBF5; W5QC06; W5QF73; W5QFF9; W5QHN8;
SF4;FMN;FES;K;PC1;3PE;CDL;ZMP;ZN;NDP;AMP;MYR;1-318
Assess
Deactive complex I, open2 Heteromer
B9VGZ9; O78748; O78753; O78754; O78755; O78756; O78757; W5NQT7; W5NRY1; W5NYM7; W5P0I2; W5P5V3; W5P9Q8; W5PAR2; W5PB27; W5PE07; W5PGA3; W5PI58; W5PNX7; W5PUX0; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5QAH8; W5QB34; W5QBF5; W5QC06; W5QF73; W5QFF9; W5QHN8;
SF4;FMN;FES;K;PC1;3PE;CDL;ZMP;ZN;NDP;AMP;MYR;1-318
Assess
Complex I during turnover, open1 Heteromer
B9VGZ9; O78748; O78753; O78754; O78755; O78756; O78757; W5NQT7; W5NRY1; W5NYM7; W5P0I2; W5P5V3; W5P9Q8; W5PAR2; W5PB27; W5PE07; W5PGA3; W5PI58; W5PNX7; W5PUX0; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5QAH8; W5QB34; W5QBF5; W5QC06; W5QF73; W5QFF9; W5QHN8;
SF4;FMN;NAI;FES;K; 14×3PE;PC1;DCQ;CDL;ZMP;ZN;NDP;AMP;MYR;1-318
Assess
Complex I during turnover, open2 Heteromer
B9VGZ9; O78748; O78753; O78754; O78755; O78756; O78757; W5NQT7; W5NRY1; W5NYM7; W5P0I2; W5P5V3; W5P9Q8; W5PAR2; W5PB27; W5PE07; W5PGA3; W5PI58; W5PNX7; W5PUX0; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5QAH8; W5QB34; W5QBF5; W5QC06; W5QF73; W5QFF9; W5QHN8;
SF4;FMN;NAI;FES;K; 14×3PE;PC1;DCQ;CDL;ZMP;ZN;NDP;AMP;MYR;1-318
Assess
Deactive complex I, open4 Heteromer
B9VGZ9; O78748; O78753; O78754; O78755; O78756; O78757; W5NQT7; W5NRY1; W5NYM7; W5P0I2; W5P5V3; W5P9Q8; W5PAR2; W5PB27; W5PE07; W5PGA3; W5PI58; W5PNX7; W5PUX0; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5QAH8; W5QB34; W5QBF5; W5QC06; W5QF73; W5QFF9; W5QHN8;
SF4;FMN;FES;K;PC1;3PE;CDL;ZMP;ZN;NDP;AMP;MYR;1-318
Assess
Complex I inhibited by rotenone, open2 Heteromer
B9VGZ9; O78748; O78753; O78754; O78755; O78756; O78757; W5NQT7; W5NRY1; W5NYM7; W5P0I2; W5P5V3; W5P9Q8; W5PAR2; W5PB27; W5PE07; W5PGA3; W5PI58; W5PNX7; W5PUX0; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5QAH8; W5QB34; W5QBF5; W5QC06; W5QF73; W5QFF9; W5QHN8;
SF4;FMN;NAI;FES;K;970;3PE;PC1;CDL;ZMP;ZN;NDP;AMP;MYR;1-318
Assess
Complex I with NADH, open1 Heteromer
B9VGZ9; O78748; O78753; O78754; O78755; O78756; O78757; W5NQT7; W5NRY1; W5NYM7; W5P0I2; W5P5V3; W5P9Q8; W5PAR2; W5PB27; W5PE07; W5PGA3; W5PI58; W5PNX7; W5PUX0; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5QAH8; W5QB34; W5QBF5; W5QC06; W5QF73; W5QFF9; W5QHN8;
SF4;FMN;NAI;FES;K;PC1;DCQ; 14×3PE;CDL;ZMP;ZN;NDP;AMP;MYR;1-318
Assess
Native complex I, open2 Heteromer
B9VGZ9; O78748; O78753; O78754; O78755; O78756; O78757; W5NQT7; W5NRY1; W5NYM7; W5P0I2; W5P5V3; W5P9Q8; W5PAR2; W5PB27; W5PE07; W5PGA3; W5PI58; W5PNX7; W5PUX0; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5QAH8; W5QB34; W5QBF5; W5QC06; W5QF73; W5QFF9; W5QHN8;
SF4;FMN;FES;K; 14×3PE;PC1;CDL;ZMP;ZN;NDP;AMP;MYR;1-318
Assess
Native complex I, open3 Heteromer
B9VGZ9; O78748; O78753; O78754; O78755; O78756; O78757; W5NQT7; W5NRY1; W5NYM7; W5P0I2; W5P5V3; W5P9Q8; W5PAR2; W5PB27; W5PE07; W5PGA3; W5PI58; W5PNX7; W5PUX0; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5QAH8; W5QB34; W5QBF5; W5QC06; W5QF73; W5QFF9; W5QHN8;
SF4;FMN;FES;K;PC1; 14×3PE;CDL;ZMP;ZN;NDP;AMP;MYR;1-318
Assess
Complex I with NADH, open2 Heteromer
B9VGZ9; O78748; O78753; O78754; O78755; O78756; O78757; W5NQT7; W5NRY1; W5NYM7; W5P0I2; W5P5V3; W5P9Q8; W5PAR2; W5PB27; W5PE07; W5PGA3; W5PI58; W5PNX7; W5PUX0; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5QAH8; W5QB34; W5QBF5; W5QC06; W5QF73; W5QFF9; W5QHN8;
SF4;FMN;NAI;FES;K; 14×3PE;PC1;DCQ;CDL;ZMP;ZN;NDP;AMP;MYR;1-318
Assess
Complex I inhibited by rotenone, open1 Heteromer
B9VGZ9; O78748; O78753; O78754; O78755; O78756; O78757; W5NQT7; W5NRY1; W5NYM7; W5P0I2; W5P5V3; W5P9Q8; W5PAR2; W5PB27; W5PE07; W5PGA3; W5PI58; W5PNX7; W5PUX0; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5QAH8; W5QB34; W5QBF5; W5QC06; W5QF73; W5QFF9; W5QHN8;
SF4;FMN;NAI;FES;K;970; 14×3PE;PC1;CDL;ZMP;ZN;NDP;AMP;MYR;1-318
Assess
Complex I with NADH, closed Heteromer
B9VGZ9; O78748; O78753; O78754; O78755; O78756; O78757; W5NQT7; W5NRY1; W5NYM7; W5P0I2; W5P5V3; W5P9Q8; W5PAR2; W5PB27; W5PE07; W5PGA3; W5PI58; W5PNX7; W5PUX0; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5QAH8; W5QB34; W5QBF5; W5QC06; W5QF73; W5QFF9; W5QHN8;
SF4;FMN;NAI;FES;K;PC1; 13×3PE;CDL;ZMP;ZN;NDP;AMP;MYR;1-318
Assess
Native complex I, open1 Heteromer
B9VGZ9; O78748; O78753; O78754; O78755; O78756; O78757; W5NQT7; W5NRY1; W5NYM7; W5P0I2; W5P5V3; W5P9Q8; W5PAR2; W5PB27; W5PE07; W5PGA3; W5PI58; W5PNX7; W5PUX0; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5QAH8; W5QB34; W5QBF5; W5QC06; W5QF73; W5QFF9; W5QHN8;
SF4;FMN;FES;K; 14×3PE;PC1;CDL;ZMP;ZN;NDP;AMP;MYR;1-318
Assess
Deactive complex I, open3 Heteromer
B9VGZ9; O78748; O78753; O78754; O78755; O78756; O78757; W5NQT7; W5NRY1; W5NYM7; W5P0I2; W5P5V3; W5P9Q8; W5PAR2; W5PB27; W5PE07; W5PGA3; W5PI58; W5PNX7; W5PUX0; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5QAH8; W5QB34; W5QBF5; W5QC06; W5QF73; W5QFF9; W5QHN8;
SF4;FMN;FES;K;3PE;PC1;CDL;ZMP;ZN;NDP;AMP;MYR;1-318
Assess
Entire ovine respiratory complex I Heteromer
B9VGZ9; O78748; O78753; O78754; O78755; O78756; O78757; P23934; P25712; P42026; P42028; Q02376; Q02377; Q95KV7; W5NQT7; W5NRY1; W5NYM7; W5P0I2; W5P5V3; W5P9Q8; W5PB27; W5PE07; W5PGA3; W5PI58; W5PJ73; W5PNX7; W5PUX0; W5PVD7; W5PWF1; W5PYA5; W5PZE3; W5Q1B0; W5Q5T4; W5Q5Y9; W5QAH8; W5QB34; W5QBF5; W5QC06; W5QF73; W5QFF9; W5QG39; W5QHN8;
SF4;FMN;FES;3PE;PC1;CDL;ZN;NDP;ZMP;PNS;1-318
Assess

1 Homology model

Oligo-stateLigandsQMEANDisCoTemplateRangeSeq id (%)
monomer0.686zkp.1.I1-318
100.00
Assess

Alignments