|
201
|
866
|
7e2hE |
Cryo-em structure of hdisp1nnn-3c-cleavage |
|
189
|
1271
|
7f7fA |
Cryo-em structure of dnf1 from saccharomyces cerevisiae in yeast lipids with beryllium fluoride (resting state) |
|
46
|
106
|
7f6jC |
Crystal structure of the pdzd8 coiled-coil domain - rab7 complex |
|
45
|
362
|
7f7fB |
Cryo-em structure of dnf1 from saccharomyces cerevisiae in yeast lipids with beryllium fluoride (resting state) |
|
301
|
1271
|
7drxA |
Cryo-em structure of dnf1 from saccharomyces cerevisiae in 90ps with beryllium fluoride (e2p state) |
|
223
|
1251
|
7dshA |
Cryo-em structure of dnf1 from saccharomyces cerevisiae in 90ps with amppcp (e1-atp state) |
|
58
|
171
|
7f6jA |
Crystal structure of the pdzd8 coiled-coil domain - rab7 complex |
|
51
|
362
|
7dshB |
Cryo-em structure of dnf1 from saccharomyces cerevisiae in 90ps with amppcp (e1-atp state) |
|
232
|
1271
|
7dsiA |
Cryo-em structure of dnf1 from saccharomyces cerevisiae in yeast lipids with amppcp ( resting state ) |
|
75
|
362
|
7drxB |
Cryo-em structure of dnf1 from saccharomyces cerevisiae in 90ps with beryllium fluoride (e2p state) |
|
59
|
362
|
7dsiB |
Cryo-em structure of dnf1 from saccharomyces cerevisiae in yeast lipids with amppcp ( resting state ) |
|
47
|
185
|
8v1kA |
Crystal structure of outer membrane lipoprotein carrier protein (lola) from francisella tularensis |
|
219
|
522
|
7wagA |
Crystal structure of murj squeezed form |
|
98
|
404
|
7v62A |
Crystal structure of human osbp ord in complex with cholesterol |
|
246
|
713
|
7rxgA |
Aftmem16 in c18 lipid nanodiscs with msp1e3 scaffold protein in the presence of ca2+, full dimer |
|
160
|
714
|
7rxaA |
Aftmem16 de/aa mutant in c14 lipid nanodiscs in the presence of ca2+ |
|
125
|
707
|
7rxbA |
Aftmem16 lipid scramblase in c18 lipid nanodiscs in the absence of ca2+ |
|
137
|
391
|
7wwdA |
Crystal structure of saccharomyces cerevisiae sfh2 complexed with squalene |
|
53
|
171
|
8axwA |
The structure of mouse asterc (gramd1c) with ezetimibe |
|
87
|
349
|
8p7aA |
Crystal structure of the ord domain of human orp8 |
|
121
|
296
|
8ur1A |
Crystal structure n-acetylneuraminate lyase (nana) from klebsiella aerogenes (pyruvate bound halide free active site) |
|
413
|
1411
|
8ezqA |
Cryo-em structure of the s. cerevisiae guanine nucleotide exchange factor gea2 |
|
404
|
1411
|
8ezjA |
Cryo-em structure of the s. cerevisiae arf-like protein arl1 bound to its effector guanine nucleotide exchange factor gea2 |
|
130
|
484
|
8poeA |
Structure of tissue-specific lipid scramblase atg9b homotrimer, refined with c3 symmetry applied |
|
36
|
165
|
8ezjC |
Cryo-em structure of the s. cerevisiae arf-like protein arl1 bound to its effector guanine nucleotide exchange factor gea2 |
|
121
|
296
|
8u90A |
Crystal structure of n-acetylneuraminate lyase (nana) from klebsiella aerogenes (apo, hexagonal form) |
|
126
|
297
|
8u8wA |
Crystal structure of n-acetylneuraminate lyase (nana) from klebsiella aerogenes (pyruvate and halides bound) |
|
120
|
296
|
8u93A |
Crystal structure of n-acetylneuraminate lyase (nana) from klebsiella aerogenes (peg bound) |
|
125
|
297
|
8u91A |
Crystal structure of n-acetylneuraminate lyase (nana) from klebsiella aerogenes (apo, orthorhombic p form) |
|
121
|
299
|
8u92A |
Crystal structure of n-acetylneuraminate lyase (nana) from klebsiella aerogenes (pyruvate bound, orthorhombic p form) |
|
65
|
143
|
8ce0A |
N-terminal domain of human apolipoprotein e |
|
66
|
143
|
8cdyA |
N-terminal domain of human apolipoprotein e |
|
51
|
195
|
8t5tA |
Crystal structure of outer membrane lipoprotein carrier protein (lola) from borrelia burgdorferi (steric acid bound) |
|
35
|
154
|
8t5jA |
Crystal structure of outer membrane lipoprotein carrier protein (lola) from francisella philomiragia |
|
40
|
185
|
8chxA |
Structure and function of lola from vibrio cholerae |
|
114
|
291
|
7y10A |
Crystal structure of atsfh5-sec14 in complex with dppa |
|
21
|
203
|
8d2tC |
Zebrafish mfsd2a isoform b in inward open ligand-free conformation |
|
164
|
475
|
8d2uA |
Zebrafish mfsd2a isoform b in inward open ligand 1a conformation |
|
169
|
475
|
8d2tA |
Zebrafish mfsd2a isoform b in inward open ligand-free conformation |
|
21
|
203
|
8d2xC |
Zebrafish mfsd2a isoform b in inward open ligand 3c conformation |
|
22
|
201
|
8d2tB |
Zebrafish mfsd2a isoform b in inward open ligand-free conformation |
|
20
|
203
|
8d2wC |
Zebrafish mfsd2a isoform b in inward open ligand 2b conformation |
|
178
|
475
|
8d2sA |
Zebrafish mfsd2a isoform b in inward open ligand bound conformation |
|
28
|
201
|
8d2sB |
Zebrafish mfsd2a isoform b in inward open ligand bound conformation |
|
161
|
475
|
8d2xA |
Zebrafish mfsd2a isoform b in inward open ligand 3c conformation |
|
22
|
201
|
8d2vB |
Zebrafish mfsd2a isoform b in inward open ligand 1b conformation |
|
164
|
475
|
8d2wA |
Zebrafish mfsd2a isoform b in inward open ligand 2b conformation |
|
21
|
203
|
8d2uC |
Zebrafish mfsd2a isoform b in inward open ligand 1a conformation |
|
19
|
203
|
8d2sC |
Zebrafish mfsd2a isoform b in inward open ligand bound conformation |
|
25
|
201
|
8d2uB |
Zebrafish mfsd2a isoform b in inward open ligand 1a conformation |
