|
40
|
224
|
5uhfA |
Crystal structure of mycobacterium tuberculosis transcription initiation complex in complex with d-ix336 |
|
47
|
227
|
5tjgA |
Thermus aquaticus delta1.1-sigmaa holoenzyme/downstream-fork promoter complex with an open clamp |
|
45
|
224
|
5uhaA |
Crystal structure of mycobacterium tuberculosis transcription initiation complex |
|
43
|
224
|
5uhbA |
Crystal structure of mycobacterium tuberculosis transcription initiation complex in complex with rifampin |
|
21
|
89
|
5tjgE |
Thermus aquaticus delta1.1-sigmaa holoenzyme/downstream-fork promoter complex with an open clamp |
|
18
|
81
|
5uhaE |
Crystal structure of mycobacterium tuberculosis transcription initiation complex |
|
16
|
81
|
5uhbE |
Crystal structure of mycobacterium tuberculosis transcription initiation complex in complex with rifampin |
|
284
|
1358
|
6c6tJ |
Cryoem structure of e.coli rna polymerase elongation complex bound with rfah |
|
259
|
1459
|
6cndA |
Yeast rna polymerase iii natural open complex (noc) |
|
279
|
1341
|
6c6tI |
Cryoem structure of e.coli rna polymerase elongation complex bound with rfah |
|
251
|
1459
|
6cnbA |
Yeast rna polymerase iii initial transcribing complex |
|
277
|
1359
|
6c6uJ |
Cryoem structure of e.coli rna polymerase elongation complex bound with nusg |
|
270
|
1340
|
6c6uI |
Cryoem structure of e.coli rna polymerase elongation complex bound with nusg |
|
174
|
1114
|
6cndB |
Yeast rna polymerase iii natural open complex (noc) |
|
240
|
1119
|
6ccvC |
Crystal structure of a mycobacterium smegmatis rna polymerase transcription initiation complex with inhibitor rifampicin |
|
20
|
83
|
6c6sK |
Cryoem structure of e.coli rna polymerase elongation complex bound with rfah |
|
38
|
221
|
6cceA |
Crystal structure of a mycobacterium smegmatis rna polymerase transcription initiation complex with inhibitor kanglemycin a |
|
181
|
1114
|
6cncB |
Yeast rna polymerase iii open complex |
|
35
|
227
|
6c6uG |
Cryoem structure of e.coli rna polymerase elongation complex bound with nusg |
|
35
|
228
|
6c6sG |
Cryoem structure of e.coli rna polymerase elongation complex bound with rfah |
|
40
|
221
|
6ccvA |
Crystal structure of a mycobacterium smegmatis rna polymerase transcription initiation complex with inhibitor rifampicin |
|
20
|
82
|
6c6uK |
Cryoem structure of e.coli rna polymerase elongation complex bound with nusg |
|
32
|
228
|
6c6tG |
Cryoem structure of e.coli rna polymerase elongation complex bound with rfah |
|
20
|
83
|
6cceE |
Crystal structure of a mycobacterium smegmatis rna polymerase transcription initiation complex with inhibitor kanglemycin a |
|
24
|
83
|
6c6tK |
Cryoem structure of e.coli rna polymerase elongation complex bound with rfah |
|
352
|
1447
|
5w51A |
Pol ii elongation complex with an n6-methyladenine-containing template and a matched umpnpp |
|
277
|
1201
|
5w51B |
Pol ii elongation complex with an n6-methyladenine-containing template and a matched umpnpp |
|
286
|
1201
|
5w4uB |
Pol ii elongation complex with an n6-methyladenine-containing template |
|
456
|
1662
|
5n5yA |
Cryo-em structure of rna polymerase i in complex with rrn3 and core factor (orientation iii) |
|
456
|
1662
|
5n60A |
Cryo-em structure of rna polymerase i in complex with rrn3 and core factor (orientation i) |
|
455
|
1662
|
5g5lA |
Rna polymerase i-rrn3 complex at 4.8 a resolution |
|
312
|
1191
|
5n61B |
Rna polymerase i initially transcribing complex |
|
308
|
1369
|
4yg2D |
X-ray crystal structur of escherichia coli rna polymerase sigma70 holoenzyme |
|
399
|
1449
|
1i50A |
Rna polymerase ii crystal form ii at 2.8 a resolution |
|
277
|
1341
|
6alhI |
Cryoem structure of e.coli rna polymerase elongation complex |
|
360
|
1444
|
1i3qA |
Rna polymerase ii crystal form i at 3.1 a resolution |
|
417
|
1496
|
5x21D |
Crystal structure of thermus thermophilus transcription initiation complex with gpa and pseudouridimycin (pum) |
|
280
|
1358
|
6algJ |
Cryoem structure of hk022 nun - e.coli rna polymerase elongation complex |
|
442
|
1663
|
5w64A |
Rna polymerase i initial transcribing complex state 1 |
|
26
|
225
|
5my1V |
E. coli expressome |
|
445
|
1663
|
5w65A |
Rna polymerase i initial transcribing complex state 2 |
|
95
|
1376
|
5ms0D |
Pseudo-atomic model of the rna polymerase lambda-based antitermination complex solved by cryo-em |
|
405
|
1500
|
5x22D |
Crystal structure of thermus thermophilus transcription initiation complex with gpa and cmpcpp |
|
12
|
89
|
5ms0O |
Pseudo-atomic model of the rna polymerase lambda-based antitermination complex solved by cryo-em |
|
17
|
235
|
5ms0A |
Pseudo-atomic model of the rna polymerase lambda-based antitermination complex solved by cryo-em |
|
491
|
1448
|
5vvrA |
Ternary complex of rna pol ii, transcription scaffold and rad26 |
|
28
|
226
|
6algG |
Cryoem structure of hk022 nun - e.coli rna polymerase elongation complex |
|
440
|
1663
|
5oa1A |
Rna polymerase i pre-initiation complex |
|
33
|
228
|
6alhG |
Cryoem structure of e.coli rna polymerase elongation complex |
|
304
|
1118
|
5x21C |
Crystal structure of thermus thermophilus transcription initiation complex with gpa and pseudouridimycin (pum) |
