|
67
|
254
|
9dczA |
Designed allosteric facilitated dissociation switch as1 in complex state th with methylated lysines, crystal #1 |
|
43
|
106
|
9de4A |
Er-bound structure of computationally designed homotetramer pw1 |
|
8
|
20
|
9dd3B |
Crystal structure of designed allosteric facilitated dissociation switch as5 in complex state he |
|
41
|
125
|
9dczB |
Designed allosteric facilitated dissociation switch as1 in complex state th with methylated lysines, crystal #1 |
|
119
|
371
|
9dbdA |
Zn-bound structure of a single-chain tet4 variant with an h38e mutation |
|
104
|
257
|
9dcxA |
Crystal structure of designed allosteric facilitated dissociation switch as1 |
|
37
|
123
|
9dd0B |
Designed allosteric facilitated dissociation switch as1 in complex state th with methylated lysines, crystal #2 |
|
39
|
107
|
9dbbA |
Fe-bound structure of computationally designed homotrimer tet4 |
|
38
|
107
|
9dbaA |
Co-bound structure of computationally designed homotrimer tet4 |
|
108
|
258
|
9dd2A |
Crystal structure of designed allosteric facilitated dissociation switch as5 |
|
99
|
258
|
9dcyA |
Crystal structure of designed allosteric facilitated dissociation switch as1 in complex state he |
|
46
|
106
|
9dbuA |
Apo structure of computationally designed homotetramer pw1 |
|
38
|
107
|
9db8A |
Cu-bound structure of computationally designed homotrimer tet4 |
|
57
|
252
|
9dd1A |
Designed allosteric facilitated dissociation switch as1 in complex state the with methylated lysines |
|
57
|
252
|
9dd1A |
Designed allosteric facilitated dissociation switch as1 in complex state the with methylated lysines |
|
39
|
107
|
9db9A |
Ni-bound structure of computationally designed homotrimer tet4 |
|
42
|
107
|
9dbwA |
Rh-bound structure of computationally designed homotetramer pw1 |
|
44
|
107
|
9dbvA |
Cu-bound structure of computationally designed homotetramer pw1 |
|
9
|
24
|
9dcyB |
Crystal structure of designed allosteric facilitated dissociation switch as1 in complex state he |
|
34
|
121
|
9dd1C |
Designed allosteric facilitated dissociation switch as1 in complex state the with methylated lysines |
|
34
|
121
|
9dd1C |
Designed allosteric facilitated dissociation switch as1 in complex state the with methylated lysines |
|
2
|
23
|
9dd1B |
Designed allosteric facilitated dissociation switch as1 in complex state the with methylated lysines |
|
2
|
23
|
9dd1B |
Designed allosteric facilitated dissociation switch as1 in complex state the with methylated lysines |
|
103
|
258
|
9dd3A |
Crystal structure of designed allosteric facilitated dissociation switch as5 in complex state he |
|
42
|
123
|
9dd4A |
Crystal structure of designed facilitated dissociation target lhd101an1: lhd101a with an n-terminal extension |
|
116
|
370
|
9dbfA |
Zn-bound structure of a single-chain tet4 variant with an l42w mutation |
|
12
|
26
|
9dd5A |
Crystal structure of designed conformational switch effector peptide cs221b |
|
71
|
197
|
9cceA |
Structure of dyna_1b7 |
|
66
|
220
|
9ccfA |
Crystal structure of da7-2 |
|
75
|
208
|
8yq6A |
Cryo-em structure of a de novo designed ion channel |
|
69
|
208
|
8yq5A |
Cryo-em structure of a de novo designed ion channel |
|
57
|
126
|
7hjnA |
Pandda analysis group deposition -- crystal structure of able in complex with zinc000000077278 |
|
63
|
126
|
7hjdA |
Pandda analysis group deposition -- crystal structure of able in complex with zinc000000164504 |
|
64
|
126
|
7hj8A |
Pandda analysis group deposition -- crystal structure of able in complex with zinc000000270975 |
|
65
|
126
|
7hj7A |
Pandda analysis group deposition -- crystal structure of able in complex with zinc000000403990 |
|
62
|
126
|
7hjgA |
Pandda analysis group deposition -- crystal structure of able in complex with zinc000001394131 |
|
58
|
126
|
7hj9A |
Pandda analysis group deposition -- crystal structure of able in complex with zinc000000155614 |
|
63
|
126
|
7hk4A |
Pandda analysis group deposition -- crystal structure of able in complex with zinc000038866729 |
|
63
|
126
|
7hjxA |
Pandda analysis group deposition -- crystal structure of able in complex with zinc000000066090 |
|
63
|
126
|
7hjqA |
Pandda analysis group deposition -- crystal structure of able in complex with zinc000017744334 |
|
62
|
126
|
7hjtA |
Pandda analysis group deposition -- crystal structure of able in complex with zinc000098208711 |
|
64
|
126
|
7hj4A |
Pandda analysis group deposition -- crystal structure of able in complex with zinc000000162015 |
|
62
|
126
|
7hk1A |
Pandda analysis group deposition -- crystal structure of able in complex with zinc000000107891 |
|
62
|
126
|
7hjbA |
Pandda analysis group deposition -- crystal structure of able in complex with zinc000000154564 |
|
68
|
126
|
7hjcA |
Pandda analysis group deposition -- crystal structure of able in complex with zinc000004219237 |
|
64
|
126
|
7hjaA |
Pandda analysis group deposition -- crystal structure of able in complex with zinc000000156865 |
|
65
|
126
|
7hjsA |
Pandda analysis group deposition -- crystal structure of able in complex with zinc000000109930 |
|
61
|
126
|
7hjuA |
Pandda analysis group deposition -- crystal structure of able in complex with zinc000039132637 |
|
61
|
126
|
7hjvA |
Pandda analysis group deposition -- crystal structure of able in complex with zinc000000173360 |
|
66
|
126
|
7hjyA |
Pandda analysis group deposition -- crystal structure of able in complex with zinc000000389796 |
