|
157
|
641
|
7shnA |
Cryo-em structure of oleoyl-coa-bound human peroxisomal fatty acid transporter abcd1 |
|
152
|
620
|
7shmA |
Cryo-em structure of atp-bound human peroxisomal fatty acid transporter abcd1 |
|
19
|
114
|
7r89C |
The structure of human abcg5/abcg8 purified from yeast |
|
193
|
615
|
7r89A |
The structure of human abcg5/abcg8 purified from yeast |
|
163
|
595
|
7r8dA |
The structure of human abcg1 e242q with cholesterol |
|
169
|
644
|
7r89B |
The structure of human abcg5/abcg8 purified from yeast |
|
19
|
114
|
7r8bC |
The structure of human abcg5/abcg8 supplemented with cholesterol |
|
145
|
595
|
7r8eA |
The structure of human abcg1 e242q complexed with atp |
|
18
|
114
|
7r8aC |
The structure of human abcg5/abcg8 purified from mammalian cells |
|
17
|
105
|
7r8aD |
The structure of human abcg5/abcg8 purified from mammalian cells |
|
180
|
615
|
7r8bA |
The structure of human abcg5/abcg8 supplemented with cholesterol |
|
171
|
615
|
7r8aA |
The structure of human abcg5/abcg8 purified from mammalian cells |
|
154
|
644
|
7r8aB |
The structure of human abcg5/abcg8 purified from mammalian cells |
|
158
|
595
|
7r8cA |
The structure of human abcg1 |
|
15
|
105
|
7r8bD |
The structure of human abcg5/abcg8 supplemented with cholesterol |
|
23
|
105
|
7r89D |
The structure of human abcg5/abcg8 purified from yeast |
|
170
|
645
|
7r8bB |
The structure of human abcg5/abcg8 supplemented with cholesterol |
|
160
|
410
|
7p5cA |
Cryo-em structure of human ttyh3 in ca2+ and gdn |
|
150
|
418
|
7p5jA |
Cryo-em structure of human ttyh1 in gdn |
|
168
|
411
|
7p5mA |
Cryo-em structure of human ttyh2 in lipid nanodiscs |
|
165
|
411
|
7p54A |
Cryo-em structure of human ttyh2 in gdn |
|
38
|
157
|
7lwcA |
Goat beta-lactoglobulin mutant q59a |
|
53
|
177
|
7aznA |
Structure of mouse asterc (gramd1c) with a new cholesterol-derived compound |
|
20
|
151
|
6zy3A |
Cryo-em structure of mlafedb in complex with phospholipid |
|
8
|
98
|
6zy3B |
Cryo-em structure of mlafedb in complex with phospholipid |
|
36
|
261
|
6zy3F |
Cryo-em structure of mlafedb in complex with phospholipid |
|
7
|
95
|
6zy4B |
Cryo-em structure of mlafedb in complex with adp |
|
28
|
262
|
6zy4F |
Cryo-em structure of mlafedb in complex with adp |
|
18
|
151
|
6zy4A |
Cryo-em structure of mlafedb in complex with adp |
|
50
|
259
|
6zy4E |
Cryo-em structure of mlafedb in complex with adp |
|
14
|
152
|
6zy2A |
Cryo-em structure of apo mlafedb |
|
5
|
95
|
6zy2B |
Cryo-em structure of apo mlafedb |
|
29
|
261
|
6zy2F |
Cryo-em structure of apo mlafedb |
|
50
|
259
|
6zy2E |
Cryo-em structure of apo mlafedb |
|
33
|
258
|
6zy9F |
Cryo-em structure of mlafedb in complex with amp-pnp |
|
10
|
93
|
6zy9B |
Cryo-em structure of mlafedb in complex with amp-pnp |
|
50
|
256
|
6zy9E |
Cryo-em structure of mlafedb in complex with amp-pnp |
|
17
|
150
|
6zy9A |
Cryo-em structure of mlafedb in complex with amp-pnp |
|
84
|
231
|
6zpdA |
Gamma-tocopherol transfer protein |
|
60
|
258
|
6zy3E |
Cryo-em structure of mlafedb in complex with phospholipid |
|
101
|
230
|
7cc7A |
Tetratricopeptide repeat (tpr) domain of protein tyrosine phosphatase-interacting protein 51 (ptpip51) |
|
66
|
245
|
6serA |
Crystal structure of human stard10 |
|
110
|
307
|
6sldA |
Structure of the phosphatidylcholine binding mutant of yeast sec14 homolog sfh1 (s175i,t177i) in complex with phosphatidylinositol |
|
76
|
265
|
6xgzA |
Crystal structure of e. coli mlafb abc transport subunits in the monomeric state |
|
69
|
264
|
6xgyA |
Crystal structure of e. coli mlafb abc transport subunits in the dimeric state |
|
28
|
102
|
6xgzB |
Crystal structure of e. coli mlafb abc transport subunits in the monomeric state |
|
25
|
99
|
6xgyB |
Crystal structure of e. coli mlafb abc transport subunits in the dimeric state |
|
24
|
95
|
6xbdK |
Cryo-em structure of mlafedb in nanodiscs with phospholipid substrates |
|
61
|
263
|
6xbdI |
Cryo-em structure of mlafedb in nanodiscs with phospholipid substrates |
|
30
|
151
|
6xbdA |
Cryo-em structure of mlafedb in nanodiscs with phospholipid substrates |
