|
25
|
115
|
6zkcA |
Complex i during turnover, closed |
|
31
|
115
|
6zkmA |
Complex i inhibited by rotenone, open2 |
|
28
|
115
|
6zkgA |
Complex i with nadh, closed |
|
98
|
318
|
6zkgH |
Complex i with nadh, closed |
|
52
|
175
|
6zkmJ |
Complex i inhibited by rotenone, open2 |
|
54
|
175
|
6zkgJ |
Complex i with nadh, closed |
|
103
|
318
|
6zkjH |
Complex i with nadh, open3 |
|
35
|
97
|
6zkgK |
Complex i with nadh, closed |
|
128
|
347
|
6zkcN |
Complex i during turnover, closed |
|
171
|
458
|
6zkjM |
Complex i with nadh, open3 |
|
168
|
458
|
6zkhM |
Complex i with nadh, open1 |
|
129
|
347
|
6zkjN |
Complex i with nadh, open3 |
|
53
|
175
|
6zkpJ |
Native complex i, open1 |
|
35
|
97
|
6zkdK |
Complex i during turnover, open1 |
|
106
|
318
|
6zkiH |
Complex i with nadh, open2 |
|
166
|
458
|
6zkoM |
Native complex i, closed |
|
52
|
175
|
6zkkJ |
Complex i inhibited by rotenone, closed |
|
103
|
318
|
6zkqH |
Native complex i, open2 |
|
128
|
347
|
6zkqN |
Native complex i, open2 |
|
138
|
347
|
6zkaN |
Membrane domain of open complex i during turnover |
|
26
|
115
|
6zkkA |
Complex i inhibited by rotenone, closed |
|
170
|
458
|
6zklM |
Complex i inhibited by rotenone, open1 |
|
251
|
654
|
6yj4L |
Structure of yarrowia lipolytica complex i at 2.7 a |
|
140
|
460
|
6yj4F |
Structure of yarrowia lipolytica complex i at 2.7 a |
|
120
|
340
|
6yj4H |
Structure of yarrowia lipolytica complex i at 2.7 a |
|
191
|
485
|
6yj4M |
Structure of yarrowia lipolytica complex i at 2.7 a |
|
26
|
127
|
6yj4A |
Structure of yarrowia lipolytica complex i at 2.7 a |
|
53
|
184
|
6yj4J |
Structure of yarrowia lipolytica complex i at 2.7 a |
|
34
|
88
|
6yj4K |
Structure of yarrowia lipolytica complex i at 2.7 a |
|
86
|
335
|
6h8k1 |
Crystal structure of a variant (q133c in psst) of yarrowia lipolytica complex i |
|
19
|
110
|
6h8k3 |
Crystal structure of a variant (q133c in psst) of yarrowia lipolytica complex i |
|
146
|
616
|
6h8k5 |
Crystal structure of a variant (q133c in psst) of yarrowia lipolytica complex i |
|
27
|
79
|
6h8kL |
Crystal structure of a variant (q133c in psst) of yarrowia lipolytica complex i |
|
126
|
434
|
6h8k2 |
Crystal structure of a variant (q133c in psst) of yarrowia lipolytica complex i |
|
36
|
183
|
6h8k6 |
Crystal structure of a variant (q133c in psst) of yarrowia lipolytica complex i |
|
119
|
470
|
6h8k4 |
Crystal structure of a variant (q133c in psst) of yarrowia lipolytica complex i |
|
29
|
89
|
4wz7L |
Crystal structure of mitochondrial nadh:ubiquinone oxidoreductase from yarrowia lipolytica. |
|
45
|
183
|
4wz76 |
Crystal structure of mitochondrial nadh:ubiquinone oxidoreductase from yarrowia lipolytica. |
|
167
|
648
|
6gcs5 |
Cryoem structure of respiratory complex i from yarrowia lipolytica |
|
43
|
183
|
6gcs6 |
Cryoem structure of respiratory complex i from yarrowia lipolytica |
|
136
|
465
|
6gcs2 |
Cryoem structure of respiratory complex i from yarrowia lipolytica |
|
113
|
475
|
6gcs4 |
Cryoem structure of respiratory complex i from yarrowia lipolytica |
|
25
|
86
|
6gcsL |
Cryoem structure of respiratory complex i from yarrowia lipolytica |
|
89
|
340
|
6gcs1 |
Cryoem structure of respiratory complex i from yarrowia lipolytica |
|
22
|
124
|
6gcs3 |
Cryoem structure of respiratory complex i from yarrowia lipolytica |
|
146
|
604
|
5o31L |
Mitochondrial complex i in the deactive state |
|
85
|
688
|
5o31G |
Mitochondrial complex i in the deactive state |
|
19
|
176
|
5ldwI |
Structure of mammalian respiratory complex i, class1 |
|
91
|
344
|
5ldxN |
Structure of mammalian respiratory complex i, class3. |
|
63
|
313
|
5lc5H |
Structure of mammalian respiratory complex i, class2 |
