|
37
|
699
|
8unjA |
Atomic model of the human ctf18-rfc alone in the apo state (state 1) |
|
105
|
329
|
8umwD |
Atomic model of the human ctf18-rfc-pcna-dna ternary complex in the five-subunit binding state (state 4) |
|
94
|
319
|
8umwB |
Atomic model of the human ctf18-rfc-pcna-dna ternary complex in the five-subunit binding state (state 4) |
|
133
|
699
|
8umwA |
Atomic model of the human ctf18-rfc-pcna-dna ternary complex in the five-subunit binding state (state 4) |
|
101
|
348
|
8unjE |
Atomic model of the human ctf18-rfc alone in the apo state (state 1) |
|
98
|
319
|
8unjB |
Atomic model of the human ctf18-rfc alone in the apo state (state 1) |
|
99
|
329
|
8unjD |
Atomic model of the human ctf18-rfc alone in the apo state (state 1) |
|
111
|
348
|
8umwE |
Atomic model of the human ctf18-rfc-pcna-dna ternary complex in the five-subunit binding state (state 4) |
|
90
|
325
|
8unjC |
Atomic model of the human ctf18-rfc alone in the apo state (state 1) |
|
36
|
258
|
8umwF |
Atomic model of the human ctf18-rfc-pcna-dna ternary complex in the five-subunit binding state (state 4) |
|
104
|
325
|
8umwC |
Atomic model of the human ctf18-rfc-pcna-dna ternary complex in the five-subunit binding state (state 4) |
|
90
|
380
|
8xj6A |
The cryo-em structure of mpxv e5 apo conformation |
|
101
|
377
|
8xj7A |
The cryo-em structure of mpxv e5 in complex with dna |
|
110
|
456
|
8xj8A |
The cryo-em structure of mpxv e5 c-terminal in complex with dna |
|
70
|
224
|
8xigA |
The crystal structure of the aep domain of mpxv e5 |
|
72
|
223
|
8xifA |
The crystal structure of the aep domain of vacv d5 |
|
109
|
333
|
8vapA |
Structure of the e. coli clamp loader bound to the beta clamp in a fully-open conformation |
|
96
|
333
|
8vamA |
Structure of the e. coli clamp loader bound to the beta clamp in a semi-open conformation |
|
113
|
360
|
8vapB |
Structure of the e. coli clamp loader bound to the beta clamp in a fully-open conformation |
|
73
|
369
|
8vamF |
Structure of the e. coli clamp loader bound to the beta clamp in a semi-open conformation |
|
93
|
337
|
8vamE |
Structure of the e. coli clamp loader bound to the beta clamp in a semi-open conformation |
|
98
|
334
|
8vapE |
Structure of the e. coli clamp loader bound to the beta clamp in a fully-open conformation |
|
111
|
371
|
8vamB |
Structure of the e. coli clamp loader bound to the beta clamp in a semi-open conformation |
|
60
|
369
|
8vapF |
Structure of the e. coli clamp loader bound to the beta clamp in a fully-open conformation |
|
22
|
90
|
8yjfH |
Structure of human spt16 md-ctd and mcm2 hbd chaperoning a histone h3-h4 tetramer and an h2a-h2b dimer |
|
10
|
58
|
8yjmB |
Structure of human spt16 md-ctd and mcm2 hbd chaperoning a histone h3-h4 tetramer and a single chain h2b-h2a chimera |
|
24
|
78
|
8yjfC |
Structure of human spt16 md-ctd and mcm2 hbd chaperoning a histone h3-h4 tetramer and an h2a-h2b dimer |
|
53
|
320
|
8yjfA |
Structure of human spt16 md-ctd and mcm2 hbd chaperoning a histone h3-h4 tetramer and an h2a-h2b dimer |
|
31
|
90
|
8yjfG |
Structure of human spt16 md-ctd and mcm2 hbd chaperoning a histone h3-h4 tetramer and an h2a-h2b dimer |
|
67
|
321
|
8yjmA |
Structure of human spt16 md-ctd and mcm2 hbd chaperoning a histone h3-h4 tetramer and a single chain h2b-h2a chimera |
|
27
|
79
|
8yjmC |
Structure of human spt16 md-ctd and mcm2 hbd chaperoning a histone h3-h4 tetramer and a single chain h2b-h2a chimera |
|
8
|
60
|
8yjfB |
Structure of human spt16 md-ctd and mcm2 hbd chaperoning a histone h3-h4 tetramer and an h2a-h2b dimer |
|
23
|
71
|
8yjmD |
Structure of human spt16 md-ctd and mcm2 hbd chaperoning a histone h3-h4 tetramer and a single chain h2b-h2a chimera |
|
18
|
72
|
8yjfD |
Structure of human spt16 md-ctd and mcm2 hbd chaperoning a histone h3-h4 tetramer and an h2a-h2b dimer |
|
68
|
182
|
8yjmG |
Structure of human spt16 md-ctd and mcm2 hbd chaperoning a histone h3-h4 tetramer and a single chain h2b-h2a chimera |
|
51
|
175
|
8ok2B |
Bipartite interaction of topbp1 with the gins complex |
|
98
|
370
|
8payA |
Structure of the e.coli dna polymerase sliding clamp with a covalently bound peptide 2. |
|
96
|
369
|
8patA |
Structure of the e.coli dna polymerase sliding clamp with a covalently bound peptide 3. |
|
55
|
258
|
8ok2E |
Bipartite interaction of topbp1 with the gins complex |
|
50
|
145
|
8ok2A |
Bipartite interaction of topbp1 with the gins complex |
|
61
|
195
|
8ok2C |
Bipartite interaction of topbp1 with the gins complex |
|
63
|
203
|
8ok2D |
Bipartite interaction of topbp1 with the gins complex |
|
80
|
194
|
8cihA |
Structure of fl cinp |
|
138
|
726
|
8xgc7 |
Structure of yeast replisome associated with fact and histone hexamer, composite map |
|
151
|
650
|
8xgcE |
Structure of yeast replisome associated with fact and histone hexamer, composite map |
|
171
|
755
|
8xgc5 |
Structure of yeast replisome associated with fact and histone hexamer, composite map |
|
135
|
689
|
8xgc9 |
Structure of yeast replisome associated with fact and histone hexamer, composite map |
|
96
|
451
|
8xgcF |
Structure of yeast replisome associated with fact and histone hexamer, composite map |
|
212
|
771
|
8xgcI |
Structure of yeast replisome associated with fact and histone hexamer, composite map |
|
26
|
94
|
8xgcJ |
Structure of yeast replisome associated with fact and histone hexamer, composite map |
