|
87
|
437
|
9e2qK |
Cryo-em structure of dnmt 3a2/3b3 tetramer in complex with a di-nucleosome with a six base pair linker |
|
54
|
374
|
9e3dV |
Cryo-em structure of dnmt 3a2/3b3 tetramer in complex with a di-nucleosome with k120r mutant h2b |
|
50
|
373
|
9e2rL |
Cryo-em structure of human dnmt3a2-dnmt3b3 complex bound to a di-nucleosome and an histone-3 peptide |
|
28
|
92
|
9e49D |
Cryo-em structure of a di-nucleosome with an eight base-pair linker |
|
28
|
108
|
10ycC |
Nucleosome containing a nick at shl-4 |
|
39
|
208
|
10yhL |
Dna ligase iiia bound to a nucleosome containing a nick at shl-6 (composite) |
|
35
|
92
|
10yfD |
Dna ligase iiia bound to nucleosome containing a nick at shl-2 (composite) |
|
24
|
80
|
10yiB |
Xrcc1-dna ligase iiia complex bound to a nucleosome containing a nick at shl-6 (composite) |
|
26
|
96
|
10yiA |
Xrcc1-dna ligase iiia complex bound to a nucleosome containing a nick at shl-6 (composite) |
|
28
|
96
|
9e2dA |
Cryo-em structure of human dnmt3a2-dnmt3b3 complex bound to a di-nucleosome with a five base pair linker |
|
24
|
98
|
9e09O |
Cryo-em structure a single nucleosome (2) focus of human dnmt3a2-dnmt3b3 complex bound to di-nucleosome |
|
0
|
12
|
9e09X |
Cryo-em structure a single nucleosome (2) focus of human dnmt3a2-dnmt3b3 complex bound to di-nucleosome |
|
22
|
99
|
9e3dC |
Cryo-em structure of dnmt 3a2/3b3 tetramer in complex with a di-nucleosome with k120r mutant h2b |
|
20
|
79
|
9e0rB |
Cryo-em structure of a single nucleosome (1) focus of human dnmt3a2-dnmt3b3 complex bound to di-nucleosome |
|
26
|
93
|
9e49A |
Cryo-em structure of a di-nucleosome with an eight base-pair linker |
|
16
|
79
|
9e49B |
Cryo-em structure of a di-nucleosome with an eight base-pair linker |
|
22
|
99
|
9e2rC |
Cryo-em structure of human dnmt3a2-dnmt3b3 complex bound to a di-nucleosome and an histone-3 peptide |
|
21
|
79
|
9zenB |
Competition for different elements of the nucleosome acidic patch yields distinct functional outcomes. vhh 1b2 |
|
29
|
93
|
9zenD |
Competition for different elements of the nucleosome acidic patch yields distinct functional outcomes. vhh 1b2 |
|
27
|
97
|
9zenA |
Competition for different elements of the nucleosome acidic patch yields distinct functional outcomes. vhh 1b2 |
|
23
|
111
|
9zenC |
Competition for different elements of the nucleosome acidic patch yields distinct functional outcomes. vhh 1b2 |
|
9
|
119
|
9zenK |
Competition for different elements of the nucleosome acidic patch yields distinct functional outcomes. vhh 1b2 |
|
30
|
93
|
9e00D |
Cryo-em structure of human dnmt3a2-dnmt3b3 complex bound to di-nucleosome |
|
57
|
303
|
9e00K |
Cryo-em structure of human dnmt3a2-dnmt3b3 complex bound to di-nucleosome |
|
23
|
102
|
9e00C |
Cryo-em structure of human dnmt3a2-dnmt3b3 complex bound to di-nucleosome |
|
49
|
373
|
9e00L |
Cryo-em structure of human dnmt3a2-dnmt3b3 complex bound to di-nucleosome |
|
20
|
80
|
9e00B |
Cryo-em structure of human dnmt3a2-dnmt3b3 complex bound to di-nucleosome |
|
29
|
96
|
9e00A |
Cryo-em structure of human dnmt3a2-dnmt3b3 complex bound to di-nucleosome |
|
91
|
437
|
9e3uU |
Cryo-em structure of dnmt 3a2/3b3 tetramer bound to a di-nucleosome with a 25 base-pair linker |
|
27
|
96
|
9e3uA |
Cryo-em structure of dnmt 3a2/3b3 tetramer bound to a di-nucleosome with a 25 base-pair linker |
|
17
|
79
|
9e3uB |
Cryo-em structure of dnmt 3a2/3b3 tetramer bound to a di-nucleosome with a 25 base-pair linker |
|
21
|
99
|
9e3uC |
Cryo-em structure of dnmt 3a2/3b3 tetramer bound to a di-nucleosome with a 25 base-pair linker |
|
0
|
7
|
9e3uL |
Cryo-em structure of dnmt 3a2/3b3 tetramer bound to a di-nucleosome with a 25 base-pair linker |
|
25
|
92
|
9e3uD |
Cryo-em structure of dnmt 3a2/3b3 tetramer bound to a di-nucleosome with a 25 base-pair linker |
|
25
|
80
|
9u5uB |
The 1:1 cryo-em structure of bap1/asxl1-k351ub in complex with h2ak119ub nucleosome |
|
25
|
111
|
9u5uN |
The 1:1 cryo-em structure of bap1/asxl1-k351ub in complex with h2ak119ub nucleosome |
|
31
|
94
|
9u5uD |
The 1:1 cryo-em structure of bap1/asxl1-k351ub in complex with h2ak119ub nucleosome |
|
52
|
711
|
9u5uL |
The 1:1 cryo-em structure of bap1/asxl1-k351ub in complex with h2ak119ub nucleosome |
|
25
|
98
|
9u5uA |
The 1:1 cryo-em structure of bap1/asxl1-k351ub in complex with h2ak119ub nucleosome |
|
27
|
102
|
9u5uC |
The 1:1 cryo-em structure of bap1/asxl1-k351ub in complex with h2ak119ub nucleosome |
|
16
|
75
|
9u5uM |
The 1:1 cryo-em structure of bap1/asxl1-k351ub in complex with h2ak119ub nucleosome |
|
29
|
90
|
9w74A |
Cryo-em structure of the close-packed di-hexasome (cpdh) |
|
23
|
83
|
9w74B |
Cryo-em structure of the close-packed di-hexasome (cpdh) |
|
27
|
103
|
9w74C |
Cryo-em structure of the close-packed di-hexasome (cpdh) |
|
37
|
95
|
9w74D |
Cryo-em structure of the close-packed di-hexasome (cpdh) |
|
25
|
104
|
9ogsC |
Cryo-em analysis of human h2a.z on sat2r-p dna (v1) |
|
26
|
95
|
9ogzC |
Cryo-em analysis of human h2a.z on sat2r-p dna (v2) |
|
20
|
78
|
9ogsB |
Cryo-em analysis of human h2a.z on sat2r-p dna (v1) |
|
25
|
78
|
9oh0B |
Cryo-em analysis of human h2a.z on methylated sat2r-p dna (v2) |
|
25
|
96
|
9ogzA |
Cryo-em analysis of human h2a.z on sat2r-p dna (v2) |
