206
|
625
|
7mxaA |
Prmt5:mep50 complexed with inhibitor pf-06855800 |
206
|
625
|
7mxnA |
Prmt5(m420t mutant):mep50 complexed with inhibitor pf-06939999 |
70
|
306
|
7mxcB |
Prmt5:mep50 complexed with adenosine |
78
|
302
|
7mxgB |
Prmt5(m420t mutant):mep50 complexed with inhibitor pf-06855800 |
107
|
309
|
6urqA |
Complex structure of human poly-adp-ribosyltransferase tnks1 arc2-arc3 and p antigen family member 4 (page4) |
204
|
625
|
7mxcA |
Prmt5:mep50 complexed with adenosine |
70
|
304
|
7mxnB |
Prmt5(m420t mutant):mep50 complexed with inhibitor pf-06939999 |
67
|
310
|
7mxaB |
Prmt5:mep50 complexed with inhibitor pf-06855800 |
210
|
625
|
7mxgA |
Prmt5(m420t mutant):mep50 complexed with inhibitor pf-06855800 |
72
|
310
|
7mx7B |
Prmt5:mep50 complexed with inhibitor pf-06939999 |
207
|
625
|
7mx7A |
Prmt5:mep50 complexed with inhibitor pf-06939999 |
75
|
310
|
6uxxB |
Prmt5:mep50 complexed with allosteric inhibitor compound 1a |
190
|
625
|
6uxyA |
Prmt5:mep50 complexed with allosteric inhibitor compound 8 |
187
|
624
|
6uxxA |
Prmt5:mep50 complexed with allosteric inhibitor compound 1a |
73
|
310
|
6uxyB |
Prmt5:mep50 complexed with allosteric inhibitor compound 8 |
455
|
3626
|
6l54A |
Structure of smg189 |
63
|
351
|
6l54C |
Structure of smg189 |
97
|
559
|
6l54B |
Structure of smg189 |
54
|
266
|
6bqfC |
Pol ii elongation complex with 'dt-ap' at i+1, i-1 position |
1
|
44
|
6bqfL |
Pol ii elongation complex with 'dt-ap' at i+1, i-1 position |
30
|
114
|
6bqfK |
Pol ii elongation complex with 'dt-ap' at i+1, i-1 position |
308
|
1369
|
4yg2D |
X-ray crystal structur of escherichia coli rna polymerase sigma70 holoenzyme |
371
|
1444
|
6bqfA |
Pol ii elongation complex with 'dt-ap' at i+1, i-1 position |
21
|
84
|
6bqfF |
Pol ii elongation complex with 'dt-ap' at i+1, i-1 position |
17
|
144
|
6bqfH |
Pol ii elongation complex with 'dt-ap' at i+1, i-1 position |
10
|
115
|
6bqfI |
Pol ii elongation complex with 'dt-ap' at i+1, i-1 position |
92
|
267
|
5hvyB |
Cdk8/cycc in complex with compound 20 |
130
|
519
|
4yg2F |
X-ray crystal structur of escherichia coli rna polymerase sigma70 holoenzyme |
31
|
96
|
4extA |
Structure of polymerase-interacting domain of human rev1 in complex with translesional synthesis polymerase zeta |
2
|
23
|
4extB |
Structure of polymerase-interacting domain of human rev1 in complex with translesional synthesis polymerase zeta |
52
|
204
|
4extC |
Structure of polymerase-interacting domain of human rev1 in complex with translesional synthesis polymerase zeta |
332
|
1504
|
3wodD |
Rna polymerase-gp39 complex |
236
|
1118
|
3wodC |
Rna polymerase-gp39 complex |
19
|
104
|
3woeB |
Crystal structure of p23-45 gp39 (6-109) bound to thermus thermophilus rna polymerase beta-flap domain |
73
|
339
|
3wodF |
Rna polymerase-gp39 complex |
32
|
130
|
3woeA |
Crystal structure of p23-45 gp39 (6-109) bound to thermus thermophilus rna polymerase beta-flap domain |
39
|
225
|
3wodA |
Rna polymerase-gp39 complex |
25
|
135
|
3wodG |
Rna polymerase-gp39 complex |
26
|
129
|
3wofA |
Crystal structure of p23-45 gp39 (6-132) bound to thermus thermophilus rna polymerase beta-flap domain |
18
|
95
|
3wodE |
Rna polymerase-gp39 complex |
19
|
102
|
3wofB |
Crystal structure of p23-45 gp39 (6-132) bound to thermus thermophilus rna polymerase beta-flap domain |
312
|
1504
|
5xj0D |
T. thermophilus rna polymerase holoenzyme bound with gp39 and gp76 |
234
|
1114
|
5xj0C |
T. thermophilus rna polymerase holoenzyme bound with gp39 and gp76 |
286
|
1201
|
6bqfB |
Pol ii elongation complex with 'dt-ap' at i+1, i-1 position |
38
|
225
|
5xj0A |
T. thermophilus rna polymerase holoenzyme bound with gp39 and gp76 |
19
|
95
|
5xj0E |
T. thermophilus rna polymerase holoenzyme bound with gp39 and gp76 |
75
|
339
|
5xj0F |
T. thermophilus rna polymerase holoenzyme bound with gp39 and gp76 |
17
|
65
|
6bqfJ |
Pol ii elongation complex with 'dt-ap' at i+1, i-1 position |
23
|
135
|
5xj0G |
T. thermophilus rna polymerase holoenzyme bound with gp39 and gp76 |
56
|
213
|
6bqfE |
Pol ii elongation complex with 'dt-ap' at i+1, i-1 position |