|
73
|
437
|
7unfU |
Cryoem structure of a meak7 bound human v-atpase complex |
|
22
|
85
|
7unfn |
Cryoem structure of a meak7 bound human v-atpase complex |
|
48
|
204
|
7unf1 |
Cryoem structure of a meak7 bound human v-atpase complex |
|
72
|
437
|
7uneU |
The v1 region of bovine v-atpase in complex with human meak7 (focused refinement) |
|
10
|
45
|
7unfr |
Cryoem structure of a meak7 bound human v-atpase complex |
|
28
|
204
|
7unfs |
Cryoem structure of a meak7 bound human v-atpase complex |
|
79
|
350
|
7unfk |
Cryoem structure of a meak7 bound human v-atpase complex |
|
60
|
213
|
7unfD |
Cryoem structure of a meak7 bound human v-atpase complex |
|
49
|
445
|
7unfH |
Cryoem structure of a meak7 bound human v-atpase complex |
|
55
|
213
|
7uneD |
The v1 region of bovine v-atpase in complex with human meak7 (focused refinement) |
|
16
|
108
|
7unfF |
Cryoem structure of a meak7 bound human v-atpase complex |
|
109
|
468
|
7uneO |
The v1 region of bovine v-atpase in complex with human meak7 (focused refinement) |
|
95
|
238
|
7zy3A |
Room temperature structure of archaerhodopsin-3 obtained 110 ns after photoexcitation |
|
101
|
254
|
8i2zA |
Cryo-em structure of the zeaxanthin-bound kin4b8 |
|
96
|
230
|
7xjdA |
Crystal structure of bacteriorhodopsin in the ground state by red laser irradiation |
|
100
|
230
|
7xjcA |
Crystal structure of bacteriorhodopsin in the ground and k states after green laser irradiation |
|
94
|
230
|
7xjeA |
Crystal structure of bacteriorhodopsin in the k state refined against the extrapolated dataset |
|
229
|
658
|
8f68A |
E. coli cytochrome bo3 ubiquinol oxidase monomer |
|
229
|
658
|
8f6cA |
E. coli cytochrome bo3 ubiquinol oxidase dimer |
|
79
|
184
|
8f68C |
E. coli cytochrome bo3 ubiquinol oxidase monomer |
|
65
|
260
|
8f6cB |
E. coli cytochrome bo3 ubiquinol oxidase dimer |
|
65
|
260
|
8f68B |
E. coli cytochrome bo3 ubiquinol oxidase monomer |
|
79
|
184
|
8f6cC |
E. coli cytochrome bo3 ubiquinol oxidase dimer |
|
32
|
96
|
8f6cD |
E. coli cytochrome bo3 ubiquinol oxidase dimer |
|
34
|
96
|
8f68D |
E. coli cytochrome bo3 ubiquinol oxidase monomer |
|
281
|
905
|
7zc5G |
Complex i from e. coli, ddm/lmng-purified, under turnover at ph 8, resting state |
|
306
|
905
|
7z7sG |
Complex i from e. coli, lmng-purified, under turnover at ph 6, closed state |
|
304
|
905
|
7z7vG |
Complex i from e. coli, lmng-purified, under turnover at ph 6, open-ready state |
|
291
|
905
|
7zciG |
Complex i from e. coli, lmng-purified, under turnover at ph 6, resting state |
|
40
|
208
|
7zd65 |
Complex i from ovis aries, at ph7.4, open state |
|
52
|
139
|
7zdhV |
Complex i from ovis aries at ph7.4, closed state |
|
30
|
115
|
7zdjA |
Complex i from ovis aries at ph5.5, open state |
|
33
|
122
|
7zebs |
Complex i from ovis aries at ph9, closed state |
|
33
|
122
|
7zd6s |
Complex i from ovis aries, at ph7.4, open state |
|
260
|
905
|
7z7rG |
Complex i from e. coli, lmng-purified, apo, open-ready state |
|
130
|
347
|
7zd6N |
Complex i from ovis aries, at ph7.4, open state |
|
19
|
80
|
7zdjm |
Complex i from ovis aries at ph5.5, open state |
|
9
|
111
|
7zdhh |
Complex i from ovis aries at ph7.4, closed state |
|
19
|
101
|
7zdhw |
Complex i from ovis aries at ph7.4, closed state |
|
217
|
605
|
7zebL |
Complex i from ovis aries at ph9, closed state |
|
28
|
105
|
7zdhl |
Complex i from ovis aries at ph7.4, closed state |
|
50
|
213
|
7zdj2 |
Complex i from ovis aries at ph5.5, open state |
|
17
|
126
|
7zebr |
Complex i from ovis aries at ph9, closed state |
|
31
|
114
|
7zdjg |
Complex i from ovis aries at ph5.5, open state |
|
24
|
86
|
7zdpe |
Complex i from ovis aries at ph9, open state |
|
22
|
105
|
7zdml |
Complex i from ovis aries at ph5.5, closed state |
|
30
|
113
|
7zdpf |
Complex i from ovis aries at ph9, open state |
|
15
|
79
|
7zdpn |
Complex i from ovis aries at ph9, open state |
|
29
|
115
|
7zebA |
Complex i from ovis aries at ph9, closed state |
|
15
|
126
|
7zd6c |
Complex i from ovis aries, at ph7.4, open state |
