|
7
|
71
|
5c3iD |
Crystal structure of the quaternary complex of histone h3-h4 heterodimer with chaperone asf1 and the replicative helicase subunit mcm2 |
|
23
|
133
|
5c8tA |
Crystal structure of the sars coronavirus nsp14-nsp10 complex with functional ligand sam |
|
68
|
248
|
5bz0A |
Crystal structure of ibv papain-like protease plpro c101s mutant in complex with ubiquitin |
|
81
|
310
|
5b6oA |
Crystal structure of ms8104 |
|
9
|
57
|
5bnxC |
Crystal structure of human mcm2 hbd and asf1b chaperoning a histone h3.3-h4 dimer |
|
9
|
57
|
5bo0C |
Crystal structure of human mcm2 hbd and asf1b chaperoning a histone h3.2-h4 dimer |
|
86
|
279
|
5a9kA |
Structural basis for dna strand separation by a hexameric replicative helicase |
|
343
|
1102
|
4ddtA |
Thermotoga maritima reverse gyrase, c2 form 2 |
|
334
|
1102
|
4dduA |
Thermotoga maritima reverse gyrase, c2 form 1 |
|
359
|
1102
|
4ddvA |
Thermotoga maritima reverse gyrase, triclinic form |
|
88
|
306
|
4yojA |
Hku4 3clpro bound to non-covalent inhibitor 2a |
|
328
|
1102
|
4ddxA |
Thermotoga maritima reverse gyrase, primitive monoclinic form |
|
344
|
1102
|
4ddwA |
Thermotoga maritima reverse gyrase, c-centered orthorhombic form |
|
94
|
229
|
4ernA |
Crystal structure of the c-terminal domain of human xpb/ercc-3 excision repair protein at 1.80 a |
|
206
|
652
|
4cdgA |
Crystal structure of the bloom's syndrome helicase blm in complex with nanobody |
|
148
|
476
|
4d2iA |
Crystal structure of the hera hexameric dna translocase from sulfolobus solfataricus bound to amp-pnp |
|
66
|
204
|
4b4cA |
Crystal structure of the dna-binding domain of human chd1. |
|
32
|
92
|
4bk0A |
Crystal structure of the kix domain of human recql5 (domain-swapped dimer) |
|
208
|
646
|
4b3fX |
Crystal structure of ighmbp2 helicase |
|
122
|
323
|
4a1fA |
Crystal structure of c-terminal domain of helicobacter pylori dnab helicase |
|
88
|
248
|
3wrqA |
Minute virus of mice non-structural protein-1n-terminal nuclease domain reveals a unique zn2+ coordination in the active site pocket and shows a novel mode of dna recognition at the origin of replication |
|
87
|
248
|
3wrsA |
Minute virus of mice non-structural protein-1n-terminal nuclease domain reveals a unique zn2+ coordination in the active site pocket and shows a novel mode of dna recognition at the origin of replication |
|
42
|
237
|
5iybT |
Human core-pic in the open state |
|
86
|
248
|
3wroA |
Minute virus of mice non-structural protein-1n-terminal nuclease domain reveals a unique zn2+ coordination in the active site pocket and shows a novel mode of dna recognition at the origin of replication |
|
199
|
712
|
5iy7W |
Human holo-pic in the open state |
|
87
|
248
|
3wrnA |
Minute virus of mice non-structural protein-1n-terminal nuclease domain reveals a unique zn2+ coordination in the active site pocket and shows a novel mode of dna recognition at the origin of replication |
|
30
|
121
|
3we2A |
Structure of blm rqc domain bound to a phosphate ion |
|
87
|
248
|
3wrrA |
Minute virus of mice non-structural protein-1n-terminal nuclease domain reveals a unique zn2+ coordination in the active site pocket and shows a novel mode of dna recognition at the origin of replication |
|
44
|
237
|
5iycT |
Human core-pic in the initial transcribing state |
|
30
|
121
|
3we3A |
Structure of blm rqc domain bound to an arsenate ion |
|
154
|
475
|
5iy8V |
Human holo-pic in the initial transcribing state |
|
153
|
475
|
5ivwV |
Human core tfiih bound to dna within the pic |
|
44
|
237
|
5iy6T |
Human holo-pic in the closed state |
|
196
|
712
|
5ivwW |
Human core tfiih bound to dna within the pic |
|
4
|
27
|
3v62C |
Structure of the s. cerevisiae srs2 c-terminal domain in complex with pcna conjugated to sumo on lysine 164 |
|
27
|
89
|
3vcbA |
C425s mutant of the c-terminal cytoplasmic domain of non-structural protein 4 from mouse hepatitis virus a59 |
|
28
|
81
|
3vc8A |
Crystal structure of the c-terminal cytoplasmic domain of non-structural protein 4 from mouse hepatitis virus a59 |
|
90
|
318
|
3uk6A |
Crystal structure of the tip48 (tip49b) hexamer |
|
53
|
195
|
3ub0A |
Crystal structure of the nonstructural protein 7 and 8 complex of feline coronavirus |
|
30
|
82
|
3ub0B |
Crystal structure of the nonstructural protein 7 and 8 complex of feline coronavirus |
|
114
|
692
|
6f0l5 |
S. cerevisiae mcm double hexamer bound to duplex dna |
|
96
|
662
|
6f0l4 |
S. cerevisiae mcm double hexamer bound to duplex dna |
|
106
|
664
|
6f0l2 |
S. cerevisiae mcm double hexamer bound to duplex dna |
|
140
|
557
|
5y58A |
Crystal structure of ku70/80 and tlc1 |
|
114
|
729
|
5bk47 |
Cryo-em structure of mcm2-7 double hexamer on dsdna |
|
99
|
726
|
5xf83 |
Cryo-em structure of the cdt1-mcm2-7 complex in amppnp state |
|
297
|
1473
|
5n8oA |
Cryo em structure of the conjugative relaxase trai of the f/r1 plasmid system |
|
144
|
528
|
5o6eA |
Structure of scpif1 in complex with tttgggtt and adp-alf4 |
|
120
|
721
|
3jc73 |
Structure of the eukaryotic replicative cmg helicase and pumpjack motion |
|
100
|
664
|
5xf82 |
Cryo-em structure of the cdt1-mcm2-7 complex in amppnp state |
