P0AFG0 (NUSG_ECOLI) Escherichia coli (strain K12)
Transcription termination/antitermination protein NusG UniProtKBInterProSTRINGInteractive Modelling
181 aa; Sequence (Fasta) ;
63 identical sequences
It is possible new templates exist for this target since these models were created.
Available Structures
37 Experimental Structures
| Description | PDB ID | Oligo-state | Range | Seq id (%) | Ligands | |
|---|---|---|---|---|---|---|
| pseudo-atomic model of the RNA polymerase lambda-based antitermination complex solved by cryo-EM |
Heteromer P03045; P0A780; P0A7R5; P0A7Z4; P0A800; P0A8T7; P0A8V2; P0AFF6; | 100 | 1×MG; 2×ZN; | |||
| rrn anti-termination complex |
Heteromer P0A780; P0A7R5; P0A7V8; P0A7Z4; P0A800; P0A8T7; P0A8V2; P0ADG4; P0AFF6; | 100 | 3×MG; 2×ZN; | |||
| rrn anti-termination complex without S4 |
Heteromer P0A780; P0A7R5; P0A7Z4; P0A800; P0A8T7; P0A8V2; P0ADG4; P0AFF6; | 100 | 3×MG; 2×ZN; | |||
| Structure of THE RNA POLYMERASE LAMBDA-BASED ANTITERMINATION COMPLEX |
Heteromer P03045; P0A780; P0A7R5; P0A7Z4; P0A800; P0A8T7; P0A8V2; P0AFF6; | 99.42 | 1×MG; 2×ZN; | |||
| Escherichia coli Rho-dependent transcription pre-termination complex containing 18 nt long RNA spac… |
Heteromer P0A7Z4; P0A800; P0A8T7; P0A8V2; | 100 | 1×MG; 2×ZN; | |||
| Escherichia coli Rho-dependent transcription pre-termination complex containing 18 nt long RNA spac… |
Heteromer P0A7Z4; P0A800; P0A8T7; P0A8V2; | 100.0 | 1×MG; 2×ZN; | |||
| Escherichia coli Rho-dependent transcription pre-termination complex containing 18 nt long RNA spac… |
Heteromer P0A7Z4; P0A800; P0A8T7; P0A8V2; | 100 | 1×MG; 2×ZN; | |||
| Escherichia coli Rho-dependent transcription pre-termination complex containing 21 nt long RNA spac… |
Heteromer P0A7Z4; P0A800; P0A8T7; P0A8V2; | 100.0 | 1×MG; 2×ZN; | |||
| Escherichia coli Rho-dependent transcription pre-termination complex containing 24 nt long RNA spac… |
Heteromer P0A7Z4; P0A800; P0A8T7; P0A8V2; | 100.0 | 1×MG; 2×ZN; | |||
| 30S-TEC (TEC in expressome position) Inactive state 2 |
Heteromer P02358; P02359; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0A7T3; P0A7T7; P0A7U3; P0A7U7; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P0A7W7; P0A7X3; P0A7Z4; P0A800; P0A8T7; P0A8V2; P0ADZ4; P0AG59; P0AG63; P0AG67; | 100.0 | 118×MG; 3×ZN; | |||
| 30S-TEC (TEC in expressome position) Inactive state 1 |
Heteromer P02358; P02359; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0A7T3; P0A7T7; P0A7U3; P0A7U7; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P0A7W7; P0A7X3; P0A7Z4; P0A800; P0A8T7; P0A8V2; P0ADZ4; P0AG59; P0AG63; P0AG67; P68679; | 100.0 | 132×MG; 2×ZN; | |||
| E. Coli RNA Polymerase complexed with NusG |
Heteromer P0A7Z4; P0A8T7; P0A8V2; | 100.0 | ||||
| CryoEM structure of E.coli RNA polymerase elongation complex bound to NusG (NusG-EC in less-swivele… |
Heteromer P0A7Z4; P0A800; P0A8T7; P0A8V2; | 100 | 1×MG; 2×ZN; | |||
| CryoEM structure of E.coli RNA polymerase elongation complex bound to NusG (the consensus NusG-EC) |
Heteromer P0A7Z4; P0A800; P0A8T7; P0A8V2; | 100 | 1×MG; 2×ZN; | |||
| CryoEM structure of E.coli RNA polymerase elongation complex bound to NusA and NusG (NusA and NusG … |
Heteromer P0A7Z4; P0A800; P0A8T7; P0A8V2; P0AFF6; | 100 | 1×MG; 2×ZN; | |||
| CryoEM structure of E.coli RNA polymerase elongation complex bound to NusA and NusG (NusA and NusG … |
Heteromer P0A7Z4; P0A800; P0A8T7; P0A8V2; P0AFF6; | 100 | 1×MG; 2×ZN; | |||
| CryoEM structure of E.coli RNA polymerase elongation complex bound to NusA and NusG (the consensus … |
Heteromer P0A7Z4; P0A800; P0A8T7; P0A8V2; P0AFF6; | 100 | 1×MG; 2×ZN; | |||
| CryoEM structure of E.coli RNA polymerase elongation complex bound to NusG (NusG-EC in more-swivele… |
Heteromer P0A7Z4; P0A800; P0A8T7; P0A8V2; | 100 | 1×MG; 2×ZN; | |||
| 30S mRNA delivery complex TEC resolved (TEC only) |
Heteromer P0A7Z4; P0A800; P0A8T7; P0A8V2; | 100.0 | 1×MG; 2×ZN; | |||
| Transcription termination intermediate complex 3 |
Heteromer P0A7Z4; P0A800; P0A8T7; P0A8V2; P0AFF6; P0AG30; | 100 | 5×ADP; 6×MG; 5×BEF; 2×ZN; 1×DG; | |||
| Transcription termination intermediate complex 1 |
Heteromer P0A7Z4; P0A800; P0A8T7; P0A8V2; P0AFF6; P0AG30; | 100 | 5×BEF; 5×ADP; 6×MG; 2×ZN; 1×DG; | |||
| Transcription termination intermediate complex 2 |
Heteromer P0A7Z4; P0A800; P0A8T7; P0A8V2; P0AFF6; P0AG30; | 100 | 5×ADP; 6×MG; 5×BEF; 2×ZN; | |||
| Mycobacterium tuberculosis RNAP paused elongation complex with Escherichia coli NusG transcription … |
Heteromer P9WGY5; P9WGY7; P9WGY9; P9WGZ1; | 100 | 2×ZN; 1×MG; | |||
| E. coli 70S-RNAP expressome complex in collided state bound to NusG |
Heteromer P02358; P02359; P02413; P0A7K6; P0A7L3; P0A7L8; P0A7M2; P0A7M6; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7R1; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0A7T3; P0A7T7; P0A7U3; P0A7U7; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P0A7W7; P0A7X3; P0A7Z4; P0A800; P0A8T7; P0A8V2; P0AA10; P0ADY3; P0ADY7; P0ADZ0; P0ADZ4; P0AG44; P0AG48; P0AG51; P0AG55; P0AG59; P0AG63; P0C018; P60422; P60438; P60624; P60723; P61175; P62399; P68679; P68919; | 100.0 | 441×MG; 1×PHE; 3×ZN; | |||
| CryoEM Structure of E. coli Rho-dependent Transcription Pre-termination Complex bound with NusG |
Heteromer P0A7Z4; P0A800; P0A8T7; P0A8V2; P0AFF6; P0AG30; | 100.0 | 1×MG; 2×ZN; | |||
| CryoEM structure of E.coli RNA polymerase elongation complex bound with NusG |
Heteromer P0A7Z4; P0A800; P0A8T7; P0A8V2; | 100.0 | 1×MG; 2×ZN; | |||
| Solution structure of NusE:NusG-CTD complex |
Heteromer P0A7R5; | 100 | ||||
| Time-resolved cryo-EM study of the 70S recycling by the HflX:1st intermediate |
Heteromer P02358; P02359; P02413; P0A7K6; P0A7L3; P0A7L8; P0A7M2; P0A7M6; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0A7T3; P0A7T7; P0A7U3; P0A7U7; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P0A7W7; P0A7X3; P0AA10; P0ADY3; P0ADY7; P0ADZ0; P0ADZ4; P0AG44; P0AG48; P0AG51; P0AG55; P0AG59; P0AG63; P0C018; P25519; P60422; P60438; P60624; P60723; P61175; P62399; P68679; P68919; | 100 | ||||
| Cryo-EM structure of NusG-CTD bound to 70S ribosome (30S: NusG-CTD fragment) |
Heteromer P02358; P02359; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0A7T3; P0A7T7; P0A7U3; P0A7U7; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P0A7W7; P0A7X3; P0ADZ4; P0AG59; P0AG63; P68679; | 100 | ||||
| Time-resolved cryo-EM study of the 70S recycling by the HflX:2nd Intermediate |
Heteromer P02358; P02359; P02413; P0A7K6; P0A7L3; P0A7L8; P0A7M2; P0A7M6; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0A7T3; P0A7T7; P0A7U3; P0A7U7; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P0A7W7; P0A7X3; P0AA10; P0ADY3; P0ADY7; P0ADZ0; P0ADZ4; P0AG44; P0AG48; P0AG51; P0AG55; P0AG59; P0AG63; P0C018; P25519; P60422; P60438; P60624; P60723; P61175; P62399; P68679; P68919; | 100 | ||||
| Time-resolved cryo-EM study of the 70S recycling by the HflX:control-apo-70S at 900ms |
Heteromer P02358; P02359; P02413; P0A7K6; P0A7L3; P0A7L8; P0A7M2; P0A7M6; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0A7T3; P0A7T7; P0A7U3; P0A7U7; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P0A7W7; P0A7X3; P0AA10; P0ADY3; P0ADY7; P0ADZ0; P0ADZ4; P0AG44; P0AG48; P0AG51; P0AG55; P0AG59; P0AG63; P0C018; P60422; P60438; P60624; P60723; P61175; P62399; P68679; P68919; | 100 | ||||
| Time-resolved cryo-EM study of the 70S recycling by the HflX:3rd Intermediate |
Heteromer P02358; P02359; P02413; P0A7K6; P0A7L3; P0A7L8; P0A7M2; P0A7M6; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0A7T3; P0A7T7; P0A7U3; P0A7U7; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P0A7W7; P0A7X3; P0AA10; P0ADY3; P0ADY7; P0ADZ0; P0ADZ4; P0AG44; P0AG48; P0AG51; P0AG55; P0AG59; P0AG63; P0C018; P25519; P60422; P60438; P60624; P60723; P61175; P62399; P68679; P68919; | 100 | 1×GTP; | |||
| Cryo-EM studies of the interplay between uS2 ribosomal protein and leaderless mRNA during bacterial… |
Heteromer P02358; P02359; P02413; P0A7K6; P0A7L3; P0A7L8; P0A7M2; P0A7M6; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0A7T3; P0A7T7; P0A7U3; P0A7U7; P0A7V3; P0A7V8; P0A7W1; P0A7W7; P0A7X3; P0AA10; P0ADY3; P0ADY7; P0ADZ0; P0ADZ4; P0AG44; P0AG48; P0AG51; P0AG55; P0AG59; P0AG63; P0C018; P60422; P60438; P60624; P60723; P61175; P62399; P68919; | 100 | ||||
| Cryo-EM studies of the interplay between uS2 ribosomal protein and leaderless mRNA during bacterial… |
Heteromer P02358; P02359; P02413; P0A7K6; P0A7L3; P0A7L8; P0A7M2; P0A7M6; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0A7T3; P0A7T7; P0A7U3; P0A7U7; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P0A7W7; P0A7X3; P0AA10; P0ADY3; P0ADY7; P0ADZ0; P0ADZ4; P0AG44; P0AG48; P0AG51; P0AG55; P0AG59; P0AG63; P0C018; P60422; P60438; P60624; P60723; P61175; P62399; P68679; P68919; | 100 | ||||
| Structure of a Rho-NusG KOW domain complex |
Heteromer P0AG30; | 100.0 | 6×ADP; 6×MG; 6×BEF; | |||
| Solution structure of the aminoterminal domain of E. coli NusG | monomer | 100 | ||||
| Solution Structure of E. coli NusG carboxyterminal domain | monomer | 100 | ||||
2 SWISS-MODEL models
| Template | Oligo-state | QMEAN | Range | Ligands | Trg-Tpl Seq id (%) | |
|---|---|---|---|---|---|---|
| 8e3f.1.I | monomer | 0.65 | 100.00 | |||
| 5ms0.1.H | monomer | 0.58 | 100.00 | |||