|
0
|
8
|
7deeB |
Structural basis of the regulation of disc assembly by the interaction of c-flips with procaspase-8 |
|
115
|
567
|
7eg1B |
Cryo-em structure of dnmdp-induced pde3a-slfn12 complex |
|
45
|
185
|
7deeA |
Structural basis of the regulation of disc assembly by the interaction of c-flips with procaspase-8 |
|
114
|
434
|
7eg1A |
Cryo-em structure of dnmdp-induced pde3a-slfn12 complex |
|
56
|
231
|
6m3uA |
Crystal structure of the mouse endonuclease endog(h138a/c100a), space group c2 |
|
66
|
151
|
7nb4A |
Structure of mcl-1 complex with compound 1 |
|
61
|
151
|
7nb7A |
Structure of mcl-1 complex with compound 6b |
|
37
|
104
|
7lgcA |
Moap1 ca-like c-terminal domain |
|
94
|
303
|
7eloA |
Babesia orientalis lactate dehydrogenase (boldh) |
|
122
|
567
|
7eg0B |
Cryo-em structure of anagrelide-induced pde3a-slfn12 complex |
|
117
|
567
|
7eg4B |
Cryo-em structure of nauclefine-induced pde3a-slfn12 complex |
|
112
|
434
|
7eg4A |
Cryo-em structure of nauclefine-induced pde3a-slfn12 complex |
|
108
|
434
|
7eg0A |
Cryo-em structure of anagrelide-induced pde3a-slfn12 complex |
|
28
|
98
|
7csqA |
Solution structure of the complex between p75ntr-dd and tradd-dd |
|
25
|
114
|
7csqB |
Solution structure of the complex between p75ntr-dd and tradd-dd |
|
51
|
139
|
7adsA |
Orf virus apoptosis inhibitor orfv125 |
|
11
|
26
|
7adtC |
Orf virus apoptosis inhibitor orfv125 |
|
46
|
137
|
7adtA |
Orf virus apoptosis inhibitor orfv125 |
|
28
|
106
|
7cjbB |
Vhl recognizes hydroxyproline in ripk1 |
|
42
|
147
|
7cjbA |
Vhl recognizes hydroxyproline in ripk1 |
|
25
|
98
|
7cjbC |
Vhl recognizes hydroxyproline in ripk1 |
|
10
|
30
|
7ofoA |
Nmr structure of the bak transmembrane helix in lipid nanodiscs |
|
9
|
30
|
7ofmA |
Nmr structure of the bak transmembrane helix in dpc micelles |
|
46
|
218
|
7elxH |
The crystal structure of ctla-4 and fab |
|
19
|
117
|
7elxC |
The crystal structure of ctla-4 and fab |
|
51
|
212
|
7elxL |
The crystal structure of ctla-4 and fab |
|
60
|
155
|
7lh7A |
Crystal structure of bcl-xl in complex with a benzothiazole-based inhibitor |
|
45
|
157
|
7ccmA |
Crystal structure of selenomethionine-derived human bfk |
|
50
|
157
|
7cclA |
Crystal structure of human bfk |
|
115
|
369
|
6wgzA |
Crystal structure of hybcl-2-4 with hybak1 bh3 |
|
9
|
22
|
6wgzC |
Crystal structure of hybcl-2-4 with hybak1 bh3 |
|
52
|
152
|
6wgzB |
Crystal structure of hybcl-2-4 with hybak1 bh3 |
|
54
|
155
|
7lhbA |
Crystal structure of bcl-2 in complex with prodrug abbv-167 |
|
32
|
92
|
7bmgA |
Inhibitor of mdm2-p53 interaction |
|
32
|
92
|
7bj6A |
Inhibitor of mdm2-p53 interaction |
|
39
|
105
|
7k02A |
The crystal structure of a bak dimer activated by detergent |
|
32
|
92
|
7bivA |
Inhibitor of mdm2-p53 interaction |
|
28
|
93
|
7bj0A |
Inhibitor of mdm2-p53 interaction |
|
17
|
116
|
7nhzA |
Nmr structure of rv1813c from mycobacterium tuberculosis |
|
31
|
92
|
7bitA |
Inhibitor of mdm2-p53 interaction |
|
32
|
92
|
7birA |
Inhibitor of mdm2-p53 interaction |
|
10
|
24
|
6yldB |
Crystal structure of trichoplax adhaerens trbcl-2l2 bound to trbak bh3 |
|
57
|
164
|
6yliA |
Crystal structure of human bcl-xl bound to trichoplax adhaerens trbak bh3 |
|
9
|
26
|
6wh0B |
Crystal structure of hybcl-2-4 with hybax bh3 |
|
58
|
150
|
6yldA |
Crystal structure of trichoplax adhaerens trbcl-2l2 bound to trbak bh3 |
|
177
|
531
|
6wh0A |
Crystal structure of hybcl-2-4 with hybax bh3 |
|
9
|
24
|
6yliB |
Crystal structure of human bcl-xl bound to trichoplax adhaerens trbak bh3 |
|
45
|
185
|
6m6oA |
Nmr solution structure of a c-flips |
|
57
|
145
|
7jgwA |
Crystal structure of bcl-xl in complex with compound 1620116, crystal form 1 |
|
50
|
140
|
7jgvA |
Crystal structure of bcl-xl in complex with compound 1620116, crystal form 2 |
