|
31
|
96
|
3w96A |
Crystal structure of human nucleosome core particle lacking h2a n-terminal region |
|
26
|
77
|
5bnxA |
Crystal structure of human mcm2 hbd and asf1b chaperoning a histone h3.3-h4 dimer |
|
33
|
97
|
5g49A |
Crystal structure of the arabodopsis thaliana histone-fold dimer l1l nf-yc3 |
|
25
|
94
|
5g49B |
Crystal structure of the arabodopsis thaliana histone-fold dimer l1l nf-yc3 |
|
29
|
89
|
5fugA |
Crystal structure of a human yl1-h2a.z-h2b complex |
|
35
|
90
|
5fugB |
Crystal structure of a human yl1-h2a.z-h2b complex |
|
26
|
74
|
4zbjB |
Ubn1 peptide bound to h3.3/h4/asf1 |
|
26
|
82
|
4zbjC |
Ubn1 peptide bound to h3.3/h4/asf1 |
|
69
|
176
|
5chlB |
Structural basis of h2a.z recognition by yl1 histone chaperone component of srcap/swr1 chromatin remodeling complex |
|
35
|
98
|
4wnnB |
Spt16-h2a-h2b fact histone complex |
|
26
|
78
|
4uuzB |
Mcm2-histone complex |
|
29
|
86
|
4wnnA |
Spt16-h2a-h2b fact histone complex |
|
31
|
93
|
4wv4B |
Heterodimer of taf8/taf10 |
|
24
|
78
|
4uuzA |
Mcm2-histone complex |
|
175
|
506
|
4upkA |
Phosphonate monoester hydrolase sppmh from silicibacter pomeroyi |
|
73
|
186
|
4nftA |
Crystal structure of human lnkh2b-h2a.z-anp32e |
|
30
|
93
|
4ne3A |
Human mhf1-mhf2 complex |
|
35
|
93
|
4ne5A |
Human mhf1-mhf2 complex |
|
37
|
93
|
4ne6A |
Human mhf1-mhf2 complex |
|
78
|
185
|
4m6bA |
Crystal structure of yeast swr1-z domain in complex with h2a.z-h2b dimer |
|
99
|
406
|
4khaA |
Structural basis of histone h2a-h2b recognition by the essential chaperone fact |
|
28
|
92
|
4khaB |
Structural basis of histone h2a-h2b recognition by the essential chaperone fact |
|
28
|
98
|
4h9qA |
Complex structure 4 of daxx(e225a)/h3.3(sub5)/h4 |
|
26
|
75
|
4hgaC |
Structure of the variant histone h3.3-h4 heterodimer in complex with its chaperone daxx |
|
27
|
83
|
4h9qB |
Complex structure 4 of daxx(e225a)/h3.3(sub5)/h4 |
|
28
|
98
|
4h9nA |
Complex structure 1 of daxx/h3.3(sub5)/h4 |
|
29
|
97
|
4h9oA |
Complex structure 2 of daxx/h3.3(sub5,g90m)/h4 |
|
30
|
98
|
4h9pA |
Complex structure 3 of daxx/h3.3(sub5,g90a)/h4 |
|
25
|
74
|
4h9sC |
Complex structure 6 of daxx/h3.3(sub7)/h4 |
|
27
|
83
|
4h9nB |
Complex structure 1 of daxx/h3.3(sub5)/h4 |
|
26
|
83
|
4h9rB |
Complex structure 5 of daxx(e225a)/h3.3(sub5,g90a)/h4 |
|
30
|
98
|
4h9rA |
Complex structure 5 of daxx(e225a)/h3.3(sub5,g90a)/h4 |
|
27
|
89
|
4h9sA |
Complex structure 6 of daxx/h3.3(sub7)/h4 |
|
27
|
83
|
4h9pB |
Complex structure 3 of daxx/h3.3(sub5,g90a)/h4 |
|
29
|
93
|
4hgaB |
Structure of the variant histone h3.3-h4 heterodimer in complex with its chaperone daxx |
|
28
|
83
|
4h9oB |
Complex structure 2 of daxx/h3.3(sub5,g90m)/h4 |
|
35
|
91
|
4g91B |
Ccaat-binding complex from aspergillus nidulans |
|
39
|
117
|
4g91C |
Ccaat-binding complex from aspergillus nidulans |
|
31
|
82
|
3r45A |
Structure of a cenp-a-histone h4 heterodimer in complex with chaperone hjurp |
|
26
|
74
|
3r45B |
Structure of a cenp-a-histone h4 heterodimer in complex with chaperone hjurp |
|
21
|
221
|
3p5jB |
The structure of the human rnase h2 complex defines key interaction interfaces relevant to enzyme function and human disease |
|
28
|
76
|
3nqjA |
Crystal structure of (cenp-a/h4)2 heterotetramer |
|
29
|
76
|
3nquA |
Crystal structure of partially trypsinized (cenp-a/h4)2 heterotetramer |
|
27
|
67
|
3nquB |
Crystal structure of partially trypsinized (cenp-a/h4)2 heterotetramer |
|
26
|
69
|
3nqjB |
Crystal structure of (cenp-a/h4)2 heterotetramer |
|
291
|
1040
|
3ksyA |
Crystal structure of the histone domain, dh-ph unit, and catalytic unit of the ras activator son of sevenless (sos) |
|
18
|
92
|
3ip4C |
The high resolution structure of gatcab |
|
17
|
91
|
3h0lC |
Structure of trna-dependent amidotransferase gatcab from aquifex aeolicus |
|
18
|
91
|
3h0rC |
Structure of trna-dependent amidotransferase gatcab from aquifex aeolicus |
|
17
|
91
|
3h0mC |
Structure of trna-dependent amidotransferase gatcab from aquifex aeolicus |
