A1ADD6 (NUOA_ECOK1) Escherichia coli O1:K1 / APEC

NADH-quinone oxidoreductase subunit A UniProtKBInterProInteractive Modelling

147 aa; Sequence (Fasta) ; 115 identical sequences

Available Structures

24 Experimental Structures

DescriptionPDB IDOligo-stateRangeLigands
Complex I from E. coli, LMNG-purified, under Turnover at pH 6, Closed state Heteromer
A0A024L0E1; A0A024L1E0; A0A037YNA7; A0A037YPU0; A0A0H3MIP2; A0A1X3LLK1; A0A7U9LRT0; A0A829CRH1; A0A862ZI24; C3T2G7; E2QPD7; E6BKM7; V0ZV11;
6-136
SF4;FMN;NAI;FES;CA; 13×3PE;DCQ;LFA;
Assess
Complex I from E. coli, DDM/LMNG-purified, under Turnover at pH 6, Closed state Heteromer
A0A140N560; A0A140N571; A0A140N5X6; A0A140N745; A0A140N755; A0A140N7N4; A0A140N7P6; A0A140N7W8; A0A140N885; A0A140N9K4; A0A140N9P3; A0A140N9Z7; C5W716;
6-134
SF4;FMN;NAI;FES;CA;DCQ;LFA;3PE;
Assess
Complex I from E. coli, DDM/LMNG-purified, under Turnover at pH 8, Closed state Heteromer
A0A037YNA7; A0A0H3MIP2; A0A1V3W1N5; A0A358FP87; A0A4V1DR98; A0A7U9LRT0; A0A829CRH1; C3T2G7; E2QPD7; E6BKM7;
6-134
SF4;FMN;NAI;FES;CA; 10×3PE;DCQ;LFA;
Assess
Complex I from E. coli, DDM-purified, with NADH, Resting state Heteromer
A0A140N560; A0A140N571; A0A140N5X6; A0A140N745; A0A140N755; A0A140N7N4; A0A140N7P6; A0A140N7W8; A0A140N885; A0A140N9K4; A0A140N9P3; A0A140N9Z7; C5W716;
3-127
SF4;FMN;NAI;FES;CA;3PE;UQ8;
Assess
Complex I from E. coli, DDM/LMNG-purified, under Turnover at pH 8, Resting state Heteromer
A0A037YNA7; A0A0H3MIP2; A0A1V3W1N5; A0A358FP87; A0A4V1DR98; A0A7U9LRT0; A0A829CRH1; C3T2G7; E2QPD7; E6BKM7;
5-127
SF4;FMN;NAI;FES;CA;LFA;3PE;
Assess
Complex I from E. coli, DDM/LMNG-purified, Apo, Resting state Heteromer
A0A140N560; A0A140N571; A0A140N5X6; A0A140N745; A0A140N755; A0A140N7N4; A0A140N7P6; A0A140N7W8; A0A140N885; A0A140N9K4; A0A140N9P3; A0A140N9Z7; C5W716;
5-127
SF4;FMN;FES;CA;3PE;LFA;
Assess
Complex I from E. coli, DDM/LMNG-purified, under Turnover at pH 6, Resting state Heteromer
A0A140N560; A0A140N571; A0A140N5X6; A0A140N745; A0A140N755; A0A140N7N4; A0A140N7P6; A0A140N7W8; A0A140N885; A0A140N9K4; A0A140N9P3; A0A140N9Z7; C5W716;
5-127
SF4;FMN;NAI;FES;CA;LFA; 12×3PE;
Assess
Complex I from E. coli, LMNG-purified, under Turnover at pH 6, Resting state Heteromer
A0A024L0E1; A0A024L1E0; A0A037YNA7; A0A037YPU0; A0A0H3MIP2; A0A1X3LLK1; A0A7U9LRT0; A0A829CRH1; A0A862ZI24; C3T2G7; E2QPD7; E6BKM7; V0ZV11;
5-127
SF4;FMN;NAI;FES;CA;LFA; 11×3PE;
Assess
Complex I from E. coli, DDM/LMNG-purified, with DQ, Open state Heteromer
A0A140N560; A0A140N571; A0A140N5X6; A0A140N745; A0A140N755; A0A140N7N4; A0A140N7P6; A0A140N7W8; A0A140N885; A0A140N9K4; A0A140N9P3; A0A140N9Z7; C5W716;
6-127
SF4;FMN;FES;CA;DCQ; 12×3PE;LFA;
Assess
Complex I from E. coli, DDM/LMNG-purified, under Turnover at pH 8, Open state Heteromer
A0A037YNA7; A0A0H3MIP2; A0A1V3W1N5; A0A358FP87; A0A4V1DR98; A0A7U9LRT0; A0A829CRH1; C3T2G7; E2QPD7; E6BKM7;
6-127
SF4;FMN;NAI;FES;CA;3PE;LFA;
Assess
Complex I from E. coli, DDM/LMNG-purified, with DQ, Resting state Heteromer
A0A140N560; A0A140N571; A0A140N5X6; A0A140N745; A0A140N755; A0A140N7N4; A0A140N7P6; A0A140N7W8; A0A140N885; A0A140N9K4; A0A140N9P3; A0A140N9Z7; C5W716;
6-127
SF4;FMN;FES;CA;LFA;3PE;
Assess
Complex I from E. coli, DDM/LMNG-purified, under Turnover at pH 6, Open state Heteromer
A0A140N560; A0A140N571; A0A140N5X6; A0A140N745; A0A140N755; A0A140N7N4; A0A140N7P6; A0A140N7W8; A0A140N885; A0A140N9K4; A0A140N9P3; A0A140N9Z7; C5W716;
6-127
SF4;FMN;NAI;FES;CA;DCQ; 18×3PE;LFA;
Assess
Complex I from E. coli, DDM/LMNG-purified, under Turnover at pH 8, Open-ready state Heteromer
A0A037YNA7; A0A0H3MIP2; A0A1V3W1N5; A0A358FP87; A0A4V1DR98; A0A7U9LRT0; A0A829CRH1; C3T2G7; E2QPD7; E6BKM7;
6-127
SF4;FMN;NAI;FES;CA; 10×3PE;LFA;
Assess
Complex I from E. coli, DDM/LMNG-purified, with NADH and FMN, Open state Heteromer
A0A140N560; A0A140N571; A0A140N5X6; A0A140N745; A0A140N755; A0A140N7N4; A0A140N7P6; A0A140N7W8; A0A140N885; A0A140N9K4; A0A140N9P3; A0A140N9Z7; C5W716;
6-127
SF4;FMN;FES;CA; 15×3PE;UQ8;LFA;
Assess
Complex I from E. coli, LMNG-purified, under Turnover at pH 6, Open state Heteromer
A0A024L0E1; A0A024L1E0; A0A037YNA7; A0A037YPU0; A0A0H3MIP2; A0A1X3LLK1; A0A7U9LRT0; A0A829CRH1; A0A862ZI24; C3T2G7; E2QPD7; E6BKM7; V0ZV11;
6-127
SF4;FMN;NAI;FES;CA;3PE;LFA;
Assess
Complex I from E. coli, DDM/LMNG-purified, Apo, Open state Heteromer
A0A140N560; A0A140N571; A0A140N5X6; A0A140N745; A0A140N755; A0A140N7N4; A0A140N7P6; A0A140N7W8; A0A140N885; A0A140N9K4; A0A140N9P3; A0A140N9Z7; C5W716;
6-127
SF4;FMN;FES;CA; 10×3PE;UQ8;LFA;
Assess
Complex I from E. coli, LMNG-purified, Apo, Open-ready state Heteromer
A0A024L0E1; A0A024L1E0; A0A037YNA7; A0A037YPU0; A0A0H3MIP2; A0A1X3LLK1; A0A7U9LRT0; A0A829CRH1; A0A862ZI24; C3T2G7; E2QPD7; E6BKM7; V0ZV11;
6-127
SF4;FMN;FES;CA;3PE;LFA;
Assess
Complex I from E. coli, DDM/LMNG-purified, inhibited by Piericidin A, Open state Heteromer
A0A140N560; A0A140N571; A0A140N5X6; A0A140N745; A0A140N755; A0A140N7N4; A0A140N7P6; A0A140N7W8; A0A140N885; A0A140N9K4; A0A140N9P3; A0A140N9Z7; C5W716;
6-127
SF4;FMN;FES;CA; 11×3PE;HQH;LFA;
Assess
Complex I from E. coli, LMNG-purified, under Turnover at pH 6, Open-ready state Heteromer
A0A024L0E1; A0A024L1E0; A0A037YNA7; A0A037YPU0; A0A0H3MIP2; A0A1X3LLK1; A0A7U9LRT0; A0A829CRH1; A0A862ZI24; C3T2G7; E2QPD7; E6BKM7; V0ZV11;
6-127
SF4;FMN;NAI;FES;CA; 12×3PE;LFA;C14;
Assess
Complex I from E. coli, DDM-purified, Apo, Resting state Heteromer
A0A140N560; A0A140N571; A0A140N5X6; A0A140N745; A0A140N755; A0A140N7N4; A0A140N7P6; A0A140N7W8; A0A140N885; A0A140N9K4; A0A140N9P3; A0A140N9Z7; C5W716;
7-127
SF4;FMN;FES;CA;3PE;
Assess
Respiratory complex I from Escherichia coli - conformation 2 Heteromer
P0AFC3; P0AFC7; P0AFD1; P0AFD4; P0AFD6; P0AFE0; P0AFE4; P0AFE8; P0AFF0; P31979; P33599; P33602; P33607;
15-127
SF4;FES;FMN;CA;
Assess
Respiratory complex I from Escherichia coli - conformation 3 Heteromer
P0AFC3; P0AFC7; P0AFD1; P0AFD4; P0AFD6; P0AFE0; P0AFE4; P0AFE8; P0AFF0; P31979; P33599; P33602; P33607;
15-127
SF4;FES;FMN;CA;
Assess
Respiratory complex I from Escherichia coli - conformation 1 Heteromer
P0AFC3; P0AFC7; P0AFD1; P0AFD4; P0AFD6; P0AFE0; P0AFE4; P0AFE8; P0AFF0; P31979; P33599; P33602; P33607;
15-127
SF4;FES;FMN;CA;
Assess
Respiratory complex I from Escherichia coli - focused refinement of membrane arm Heteromer
P0AFC3; P0AFD4; P0AFE0; P0AFE4; P0AFE8; P0AFF0; P33607;
15-127
Assess

2 SWISS-MODEL models

TemplateOligo-stateQMEANDisCoRangeLigandsTrg-Tpl Seq id (%)
3rko.1.Emonomer0.6215-126
100.00
Assess
7nyv.1.Imonomer0.5615-127
100.00
Assess