|
62
|
159
|
8v9oA |
Imaging scaffold engineered to bind the therapeutic protein target bard1 |
|
107
|
235
|
8evmA |
De novo design of chlorophyll special pair containing protein assemblies |
|
105
|
301
|
8v9oD |
Imaging scaffold engineered to bind the therapeutic protein target bard1 |
|
6
|
27
|
9aziA |
Nmr solution structure of cell-permeant miniature protein zf5.3 |
|
39
|
181
|
8t6nA |
Crystal structure of t33-27.1: deep-learning sequence design of co-assembling tetrahedron protein nanoparticles |
|
29
|
112
|
8t6eB |
Crystal structure of t33-28.3: deep-learning sequence design of co-assembling tetrahedron protein nanoparticles |
|
51
|
156
|
8t6eA |
Crystal structure of t33-28.3: deep-learning sequence design of co-assembling tetrahedron protein nanoparticles |
|
11
|
64
|
8skeA |
Solution structure of the model miniprotein eehee_rd4_0642 |
|
68
|
147
|
8tn6A |
De novo designed protein binds poly adp ribose polymerase inhibitors (parpi) - holo rucaparib |
|
67
|
147
|
8tncA |
De novo designed protein binds poly adp ribose polymerase inhibitors (parpi) - holo niraparib |
|
15
|
64
|
8skxA |
Solution structure of the model miniprotein hhh_rd4_0518 |
|
66
|
147
|
8tnbA |
De novo designed protein binds poly adp ribose polymerase inhibitors (parpi) - holo mefuparib |
|
35
|
119
|
8t6cA |
Crystal structure of t33-18.2: deep-learning sequence design of co-assembling tetrahedron protein nanoparticles |
|
81
|
272
|
8ot7A |
Crystal structure of an 8-repeat consensus tpr superhelix with barium |
|
28
|
106
|
8t6cE |
Crystal structure of t33-18.2: deep-learning sequence design of co-assembling tetrahedron protein nanoparticles |
|
35
|
157
|
8t6nE |
Crystal structure of t33-27.1: deep-learning sequence design of co-assembling tetrahedron protein nanoparticles |
|
67
|
147
|
8tn1A |
De novo designed protein binds poly adp ribose polymerase inhibitors (parpi) - apo |
|
66
|
147
|
8tndA |
De novo designed protein binds poly adp ribose polymerase inhibitors (parpi) - holo veliparib |
|
11
|
64
|
8skdA |
Solution structure of the model miniprotein eehee_rd4_0871 |
|
71
|
204
|
8frfA |
Homodimeric designed loop protein rbl7_c2_3 |
|
80
|
205
|
8freA |
Designed loop protein rbl4 |
|
10
|
61
|
8shmA |
The solution structure of the mini-protein ehee_rd2_0005 |
|
115
|
320
|
8q52A |
A pbp-like protein built from fragments of different folds |
|
101
|
226
|
8ubgA |
Dphf19 filament |
|
112
|
226
|
8uaoA |
Dphf18 filament |
|
108
|
224
|
8ub34 |
Dphf7 filament |
|
79
|
242
|
8glt1 |
Backbone model of de novo-designed chlorophyll-binding nanocage o32-15 |
|
130
|
337
|
8glt0 |
Backbone model of de novo-designed chlorophyll-binding nanocage o32-15 |
|
58
|
136
|
8cqpA |
Crystal structure of an 8-repeat consensus tpr superhelix with calcium (low concentration) |
|
120
|
272
|
8cqqA |
Crystal structure of an 8-repeat consensus tpr superhelix with copper |
|
22
|
67
|
8vswA |
4-mercaptophenol-alpha3c |
|
76
|
197
|
8vc8A |
Crystal structure of heme-loaded design: hem_3.c9 |
|
52
|
151
|
8fg6B |
Design of amyloidogenic peptide traps |
|
49
|
113
|
8ejaA |
Computational design of potent and selective inhibitors of bak and bax |
|
272
|
694
|
8tl7A |
Cryoem structure of a computationally designed t3 tetrahedral nanocage |
|
220
|
500
|
8gelA |
Cryo-em structure of synthetic tetrameric building block sc4 |
|
83
|
201
|
8g9jA |
Geometrically programmable nanomaterial construction using regularized protein building blocks |
|
220
|
503
|
8ga7A |
Geometrically programmable nanomaterial construction using regularized protein building blocks |
|
57
|
136
|
8cp8A |
Crystal structure of an 8-repeat consensus tpr superhelix with lead |
|
172
|
416
|
8v3ba |
Computational designed nanocage o43_129_+4 |
|
113
|
314
|
8v3bA |
Computational designed nanocage o43_129_+4 |
|
112
|
314
|
8v2dJ |
Computational designed nanocage o43_129 |
|
81
|
199
|
8g9kA |
Geometrically programmable nanomaterial construction using regularized protein building blocks |
|
215
|
486
|
8ga6A |
Geometrically programmable nanomaterial construction using regularized protein building blocks |
|
123
|
307
|
8v2dA |
Computational designed nanocage o43_129 |
|
69
|
184
|
8y33A |
A near-infrared fluorescent protein of de novo backbone design |
|
62
|
136
|
8ckrA |
Crystal structure of an 8-repeat consensus tpr superhelix with in hepes with ca |
|
117
|
272
|
8chyA |
Crystal structure of an 8-repeat consensus tpr superhelix with zinc. |
|
59
|
136
|
8cigA |
Crystal structure of an 8-repeat consensus tpr superhelix in tris buffer with calcium. |
|
60
|
136
|
8ch0A |
Crystal structure of an 8-repeat consensus tpr superhelix with gadolinium. |
