Found 1999 chains in Genus chains table. Displaying 1 - 50. Applied filters: Proteins

Search results query: dna-directed rna polymerase subunit alpha

Total Genus Sequence Length pdb Title
412 1359 9gur4 30s mrna delivery complex tec resolved (tec only)
395 1342 9gur3 30s mrna delivery complex tec resolved (tec only)
51 229 9gur1 30s mrna delivery complex tec resolved (tec only)
26 113 9gurZ 30s mrna delivery complex tec resolved (tec only)
46 230 9gur2 30s mrna delivery complex tec resolved (tec only)
23 71 9gur5 30s mrna delivery complex tec resolved (tec only)
197 1070 8xzvB Architecture of the spinach plastid-encoded rna polymerase
179 1315 8xzvD Architecture of the spinach plastid-encoded rna polymerase
130 790 8xzvH Architecture of the spinach plastid-encoded rna polymerase
50 224 8xzvL Architecture of the spinach plastid-encoded rna polymerase
58 215 8xzvM Architecture of the spinach plastid-encoded rna polymerase
105 546 8xzvJ Architecture of the spinach plastid-encoded rna polymerase
27 116 8xzvF Architecture of the spinach plastid-encoded rna polymerase
23 105 8xzvP Architecture of the spinach plastid-encoded rna polymerase
38 225 8xzvA Architecture of the spinach plastid-encoded rna polymerase
66 413 8xzvI Architecture of the spinach plastid-encoded rna polymerase
37 237 8xzvG Architecture of the spinach plastid-encoded rna polymerase
97 475 8xzvN Architecture of the spinach plastid-encoded rna polymerase
31 214 8xzvK Architecture of the spinach plastid-encoded rna polymerase
270 1184 8xa8D Cryo-em structure of bacillus rnap and held complex
295 1183 8xa7D Cryo-em structure of bacillus subtilis rnap,siga and spo1 gp33 complex
117 677 8xzvC Architecture of the spinach plastid-encoded rna polymerase
242 1152 8xa7C Cryo-em structure of bacillus subtilis rnap,siga and spo1 gp33 complex
49 344 8xzvS Architecture of the spinach plastid-encoded rna polymerase
214 1148 8xa8C Cryo-em structure of bacillus rnap and held complex
12 104 8xzvQ Architecture of the spinach plastid-encoded rna polymerase
92 382 8xzvE Architecture of the spinach plastid-encoded rna polymerase
190 1183 8xa6D Cryo-em structure of bacillus rnap and spo1 gp33 complex
172 770 8xa8H Cryo-em structure of bacillus rnap and held complex
7 69 8xa6E Cryo-em structure of bacillus rnap and spo1 gp33 complex
14 61 8xa8F Cryo-em structure of bacillus rnap and held complex
43 224 8xa8A Cryo-em structure of bacillus rnap and held complex
16 61 8xa7F Cryo-em structure of bacillus subtilis rnap,siga and spo1 gp33 complex
34 252 8xa7G Cryo-em structure of bacillus subtilis rnap,siga and spo1 gp33 complex
13 94 8xa7H Cryo-em structure of bacillus subtilis rnap,siga and spo1 gp33 complex
30 224 8xa6A Cryo-em structure of bacillus rnap and spo1 gp33 complex
11 69 8xa8E Cryo-em structure of bacillus rnap and held complex
42 224 8xa7A Cryo-em structure of bacillus subtilis rnap,siga and spo1 gp33 complex
17 92 8xa8I Cryo-em structure of bacillus rnap and held complex
10 69 8xa7E Cryo-em structure of bacillus subtilis rnap,siga and spo1 gp33 complex
7 92 8xa6L Cryo-em structure of bacillus rnap and spo1 gp33 complex
9 94 8xa6H Cryo-em structure of bacillus rnap and spo1 gp33 complex
11 61 8xa6F Cryo-em structure of bacillus rnap and spo1 gp33 complex
13 92 8xa7L Cryo-em structure of bacillus subtilis rnap,siga and spo1 gp33 complex
149 1152 8xa6C Cryo-em structure of bacillus rnap and spo1 gp33 complex
342 1276 8r6rD Mycobacterium smegnatis rna polymerase rp2-like transcription initiation complex with sigmaa, rbpa and open promoter dna
345 1278 8r6pD Mycobacterium smegnatis rna polymerase rp2-like transcription initiation complex with sigmaa, rbpa, held n-terminal domain and open promoter dna
88 316 8r6rF Mycobacterium smegnatis rna polymerase rp2-like transcription initiation complex with sigmaa, rbpa and open promoter dna
18 84 8r6rE Mycobacterium smegnatis rna polymerase rp2-like transcription initiation complex with sigmaa, rbpa and open promoter dna
356 1281 8r2mD Mycobacterium smegnatis rna polymerase transcription initiation complex with sigmaa, rbpa, held n-terminal domain and an upstream-fork promoter fragment; state iii conformation