|
32
|
107
|
8rgmC |
Cryo-em structure of nucleosome containing widom603 dna |
|
48
|
196
|
8rciA |
Human p53 dna-binding domain bound to darpin c10 |
|
31
|
95
|
8rgmA |
Cryo-em structure of nucleosome containing widom603 dna |
|
39
|
124
|
8rciE |
Human p53 dna-binding domain bound to darpin c10 |
|
95
|
553
|
8rd4F |
Telomeric rap1:dna-pk complex |
|
25
|
85
|
8ke0B |
Structure of h1.2 bound to the nucleosome |
|
105
|
579
|
8rd4E |
Telomeric rap1:dna-pk complex |
|
30
|
186
|
8rd4D |
Telomeric rap1:dna-pk complex |
|
3
|
46
|
8q86A |
Trimer of the dimeric sapi2 stl transcriptional regulator |
|
28
|
95
|
8q16E |
Cryoem structure of rice nucleosome containing a h4 variant chimera |
|
27
|
103
|
8q16A |
Cryoem structure of rice nucleosome containing a h4 variant chimera |
|
25
|
85
|
8kcyB |
Structure of nucleosome complexed with two dek molecules |
|
21
|
79
|
8q15G |
Cryoem structure of canonical rice nucleosome core particle |
|
29
|
94
|
8q16C |
Cryoem structure of rice nucleosome containing a h4 variant chimera |
|
24
|
79
|
8q16G |
Cryoem structure of rice nucleosome containing a h4 variant chimera |
|
31
|
88
|
8q15C |
Cryoem structure of canonical rice nucleosome core particle |
|
32
|
137
|
8kcyK |
Structure of nucleosome complexed with two dek molecules |
|
27
|
109
|
8ke0C |
Structure of h1.2 bound to the nucleosome |
|
19
|
71
|
8ke0K |
Structure of h1.2 bound to the nucleosome |
|
24
|
84
|
8q15A |
Cryoem structure of canonical rice nucleosome core particle |
|
25
|
73
|
8q15E |
Cryoem structure of canonical rice nucleosome core particle |
|
34
|
95
|
8ke0D |
Structure of h1.2 bound to the nucleosome |
|
20
|
76
|
8pqmA |
The dna-binding domain of l-lactate utilization repressor (lutr-dbd) from bacillus subtilis |
|
33
|
133
|
8kd1K |
Structure of nucleosome complexed with one dek molecule |
|
25
|
85
|
8kd1B |
Structure of nucleosome complexed with one dek molecule |
|
64
|
224
|
8kenA |
Structure of dexa reveal the novel mechanism of dna catalysis |
|
28
|
109
|
8kd1C |
Structure of nucleosome complexed with one dek molecule |
|
31
|
93
|
8kcyD |
Structure of nucleosome complexed with two dek molecules |
|
28
|
98
|
8kcyA |
Structure of nucleosome complexed with two dek molecules |
|
65
|
221
|
8kelA |
Structure of dexa reveal the novel mechanism of dna catalysis |
|
27
|
98
|
8ke0A |
Structure of h1.2 bound to the nucleosome |
|
30
|
95
|
8kd1D |
Structure of nucleosome complexed with one dek molecule |
|
28
|
109
|
8kcyC |
Structure of nucleosome complexed with two dek molecules |
|
29
|
98
|
8kd1A |
Structure of nucleosome complexed with one dek molecule |
|
13
|
67
|
8jq0A |
Crystal structure of zbtb48 zf10-11-c in complex with ciita promoter |
|
523
|
1370
|
9qe1A |
Neobacillus vireti wadjet-ii jetabc monomer |
|
517
|
1370
|
9qe0A |
Neobacillus vireti wadjet-ii jetabc dimer |
|
117
|
384
|
9qe1D |
Neobacillus vireti wadjet-ii jetabc monomer |
|
109
|
384
|
9qe0D |
Neobacillus vireti wadjet-ii jetabc dimer |
|
46
|
373
|
9ofuB |
Dimer of hif-1a-arnt heterodimers complexed on 52-bp hre/has |
|
57
|
345
|
9of2C |
Dimer of hif-2a-arnt heterodimers complexed on 51-bp hre/has |
|
70
|
349
|
9of0A |
Cryo-em structure of human hif-2a-arnt complexed on 20-bp hre |
|
154
|
495
|
9qe0E |
Neobacillus vireti wadjet-ii jetabc dimer |
|
49
|
372
|
9of2D |
Dimer of hif-2a-arnt heterodimers complexed on 51-bp hre/has |
|
67
|
373
|
9of0B |
Cryo-em structure of human hif-2a-arnt complexed on 20-bp hre |
|
63
|
340
|
9ofuA |
Dimer of hif-1a-arnt heterodimers complexed on 52-bp hre/has |
|
114
|
372
|
9qe1E |
Neobacillus vireti wadjet-ii jetabc monomer |
|
81
|
271
|
9om8A |
Crystal structure of ppra s-f filament from deinococcus radiodurans |
|
86
|
271
|
9or6A |
Crystal structure of ppra s-f-s tetramer from deinococcus radiodurans |
|
43
|
126
|
9fn5A |
The rec domain (in the non-phosphorylated state) of xync, a response regulator from g.proteiniphilus t-6 |
