|
25
|
79
|
8rgqT |
Open complex i from murine liver |
|
26
|
105
|
8rgpe |
Closed complex i from murine brain |
|
142
|
430
|
8rgp1 |
Closed complex i from murine brain |
|
32
|
157
|
8rgtl |
Open complex i from murine brain |
|
36
|
139
|
8rgth |
Open complex i from murine brain |
|
39
|
141
|
8rgrZ |
Closed complex i from murine liver |
|
87
|
342
|
8rgtP |
Open complex i from murine brain |
|
56
|
214
|
8rgr2 |
Closed complex i from murine liver |
|
106
|
317
|
8rgtH |
Open complex i from murine brain |
|
6
|
111
|
8rgqr |
Open complex i from murine liver |
|
130
|
430
|
8rgqD |
Open complex i from murine liver |
|
5
|
42
|
8rgqs |
Open complex i from murine liver |
|
17
|
48
|
8rgqc |
Open complex i from murine liver |
|
38
|
139
|
8rgqh |
Open complex i from murine liver |
|
35
|
97
|
8rgqK |
Open complex i from murine liver |
|
32
|
114
|
8rgpA |
Closed complex i from murine brain |
|
26
|
83
|
8ytsA |
The structure of the cytochrome c546/556 from thioalkalivibrio paradoxus with unusual uv-vis spectral features at atomic resolution |
|
22
|
84
|
8rgpS |
Closed complex i from murine brain |
|
23
|
79
|
8rgrT |
Closed complex i from murine liver |
|
17
|
82
|
8rgtb |
Open complex i from murine brain |
|
48
|
178
|
8rgtn |
Open complex i from murine brain |
|
35
|
113
|
8rgrV |
Closed complex i from murine liver |
|
16
|
126
|
8rgpi |
Closed complex i from murine brain |
|
17
|
82
|
8rgqb |
Open complex i from murine liver |
|
103
|
320
|
8rgrO |
Closed complex i from murine liver |
|
115
|
317
|
8rgrH |
Closed complex i from murine liver |
|
169
|
458
|
8rgpM |
Closed complex i from murine brain |
|
30
|
157
|
8rgpl |
Closed complex i from murine brain |
|
35
|
97
|
8rgtK |
Open complex i from murine brain |
|
125
|
344
|
8rgqN |
Open complex i from murine liver |
|
16
|
82
|
8rgpb |
Closed complex i from murine brain |
|
30
|
118
|
8rgpo |
Closed complex i from murine brain |
|
16
|
48
|
8rgrc |
Closed complex i from murine liver |
|
173
|
458
|
8rgrM |
Closed complex i from murine liver |
|
259
|
633
|
8x9hA |
Crystal structure of co dehydrogenase mutant (f41c) |
|
255
|
633
|
8x9eA |
Crystal structure of co dehydrogenase mutant with increased affinity for electron mediators in low peg concentration |
|
238
|
633
|
8x9fA |
Crystal structure of co dehydrogenase mutant in complex with ev |
|
255
|
633
|
8x9dA |
Crystal structure of co dehydrogenase mutant with increased affinity for electron mediators in high peg concentration |
|
53
|
418
|
8iogE |
Cryo-em structure of porcine bc1 complex in isolated state |
|
16
|
106
|
8iogG |
Cryo-em structure of porcine bc1 complex in isolated state |
|
9
|
49
|
8iogJ |
Cryo-em structure of porcine bc1 complex in isolated state |
|
70
|
445
|
8iogD |
Cryo-em structure of porcine bc1 complex in isolated state |
|
60
|
378
|
8iogA |
Cryo-em structure of porcine bc1 complex in isolated state |
|
3
|
57
|
8iogK |
Cryo-em structure of porcine bc1 complex in isolated state |
|
8
|
71
|
8iogH |
Cryo-em structure of porcine bc1 complex in isolated state |
|
18
|
64
|
8iogF |
Cryo-em structure of porcine bc1 complex in isolated state |
|
231
|
633
|
8x9gA |
Crystal structure of co dehydrogenase mutant in complex with bv |
|
29
|
241
|
8iogB |
Cryo-em structure of porcine bc1 complex in isolated state |
|
22
|
194
|
8iogC |
Cryo-em structure of porcine bc1 complex in isolated state |
|
8
|
62
|
8iogI |
Cryo-em structure of porcine bc1 complex in isolated state |
