A0A094YK11 (A0A094YK11_ENTAS) Enterobacter asburiae

30S ribosomal protein S18 UniProtKBInterProInteractive Modelling

75 aa; Sequence (Fasta) 790 identical sequences

Sequence Features

 19-68Ribosomal protein S18
IPR001648PF01084

Sequence Alignments

Experimental structures

DescriptionOligo-stateLigandsStructureRangeDownloadAssess
'Structural characterization of mRNA-tRNA translocation intermediates (class 4b of the six classes)' Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; Q8X9M2; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7L0; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6;
TRP;FME;4v6p2-75
'Structural characterization of mRNA-tRNA translocation intermediates (class 5 of the six classes)' Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; Q8X9M2; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7L0; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6;
TRP;FME;4v6q2-75
'Structural characterization of mRNA-tRNA translocation intermediates (class 6 of the six classes)' Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; Q8X9M2; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7L0; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6;
TRP;FME;4v6r2-75
'Structural characterization of mRNA-tRNA translocation intermediates (class 3 of the six classes)' Heteromer
P0A7L0; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; Q8X9M2; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679;
4v6s2-75
Tetracycline resistance protein Tet(O) bound to the ribosome Heteromer
P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7V0; P0A7U7; P68679; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P10952; P0A7L0; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P60422; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P60438; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P60723; P62399; P0AG55; P0A7R1;
4v6v2-75
Activation of GTP Hydrolysis in mRNA-tRNA Translocation by Elongation Factor G Heteromer
P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; Q8X9M2; P0A7T3; P0AG63; P0A7U3; P0A7V0; P0A7U7; P68679; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A6M8; P0A7L0; P0A7K6; P60422; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7J3; P0A7M6; P60438; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P60723; P0A7J7; P62399; P0AG55; P0A7R1; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7M9;
GTP;3j9z2-75
Activation of GTP Hydrolysis in mRNA-tRNA Translocation by Elongation Factor G Heteromer
P0A7U3; P0A7U7; P68679; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; Q8X9M2; P0A7T3; P0AG63; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P0A6M8; P60422; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7L0; P60438; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P60723; P62399; P0AG55; P0A7J3; P02413; P0A7J7; P0AA10; P0A7R1; P0ADY7; P0AG44; P0ADY3; P0C018; P0A7K6; P0A7L3; P0AG48;
GTP;3ja12-75
Structural insights into cognate vs. near-cognate discrimination during decoding. Heteromer
P0A7L0; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0CE48; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; Q8X9M2; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679;
4v6k2-75
Structural insights into cognate vs. near-cognate discrimination during decoding. Heteromer
P0CE48; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; Q8X9M2; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7L0; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1;
4v6l2-75
Structure of the ribosome-SecYE complex in the membrane environment Heteromer
Q8X9Y5; P02647; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0ADZ4; P0AG59; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; A0A454A8B1; A0A454AA55; P0A7L0; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6;
32×PGV; 101×PEV;4v6m2-75
'Structural characterization of mRNA-tRNA translocation intermediates (50S ribosome of class2 of ... Heteromer
P0A7L0; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; Q8X9M2; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679;
TRP;FME;4v6n2-75
'Structural characterization of mRNA-tRNA translocation intermediates (class 4a of the six classes)' Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; Q8X9M2; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7L0; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6;
TRP;FME;4v6o2-75
Structure of a pre-translocational E. coli ribosome obtained by fitting atomic models for RNA and... Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P0A7L0; P0A7K2; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M6; P0AG51; P0A7N4; P0A7N9;
4v4v7-75
Structure of a SecM-stalled E. coli ribosome complex obtained by fitting atomic models for RNA an... Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P0A7L0; P0A7K2; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M6; P0AG51; P0A7N4; P0A7N9;
4v4w7-75
RF2 accommodated state bound 70S complex at long incubation time Heteromer
A0A029IK04; P60438; D7Z9F6; V0AXZ0; A0A1X3JB47; D7ZI15; D7ZET0; D7Z9G5; A0A037Y8L6; P0ADY7; A0A2T1LEK9; A0A0F6C9R0; D6IC61; S1EK76; D7ZEN7; D7Z9G0; A0A029IKB7; A0A0G3K7Z5; D7XH79; U9XYH0; V8F9Y0; A0A1X3JBH6; J7R6H0; A0A080FR68; A0A0G3K5Y7; H4LIZ0; B7MGC4; I2RJ64; A0A0E2L017; C3TPN2; A0A376HTV6; L3PZ69; A0A073FR78; A0A376ZL25; S1D5F0; D8A1L7; T9TH92; J7RLQ6; P0A7R9; A0A377DM03; A0A1X3JB38; J7R6H7; D7XN21; B7MIU7; A0A080IK26; A0A0A8UF41; I4T5W9; L3C5D9; A0A2S5ZJX2;
12×MG;ZN;6ouo10-75
RF2 pre-accommodated state bound Release complex 70S at 24ms Heteromer
A0A029IK04; P60438; D7Z9F6; V0AXZ0; A0A1X3JB47; D7ZI15; D7ZET0; D7Z9G5; A0A037Y8L6; P0ADY7; A0A2T1LEK9; A0A0F6C9R0; D6IC61; S1EK76; D7ZEN7; D7Z9G0; A0A029IKB7; A0A0G3K7Z5; D7XH79; U9XYH0; V8F9Y0; A0A1X3JBH6; J7R6H0; A0A0G3K5Y7; H4LIZ0; B7MGC4; I2RJ64; A0A0E2L017; C3TPN2; A0A376HTV6; L3PZ69; A0A073FR78; A0A376ZL25; S1D5F0; D8A1L7; T9TH92; J7RLQ6; P0A7R9; K4XKK1; A0A1X3JB38; J7R6H7; D7XN21; B7MIU7; A0A080IK26; A0A0A8UF41; I4T5W9; L3C5D9; A0A2S5ZJX2;
12×MG;ZN;6ost10-75
RF2 accommodated state bound Release complex 70S at 24 ms Heteromer
A0A029IK04; P60438; D7Z9F6; V0AXZ0; A0A1X3JB47; D7ZI15; D7ZET0; D7Z9G5; A0A037Y8L6; P0ADY7; A0A2T1LEK9; A0A0F6C9R0; D6IC61; S1EK76; D7ZEN7; D7Z9G0; A0A029IKB7; A0A0G3K7Z5; D7XH79; U9XYH0; V8F9Y0; A0A1X3JBH6; E3PKY6; A0A080FR68; A0A0G3K5Y7; H4LIZ0; B7MGC4; I2RJ64; A0A0E2L017; C3TPN2; A0A376HTV6; L3PZ69; A0A073FR78; A0A376ZL25; S1D5F0; D8A1L7; T9TH92; J7RLQ6; P0A7R9; A0A377DM03; A0A1X3JB38; J7R6H7; D7XN21; B7MIU7; A0A080IK26; A0A0A8UF41; I4T5W9; L3C5D9; A0A2S5ZJX2;
12×MG;ZN;6ot310-75
Structure of tmRNA SmpB bound in P site of E. coli 70S ribosome Heteromer
U9Y9P1; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679;
429×MG;ZN;6q9810-75
Release complex 70S Heteromer
A0A029IK04; P60438; D7Z9F6; V0AXZ0; A0A1X3JB47; D7ZI15; D7ZET0; D7Z9G5; A0A037Y8L6; P0ADY7; A0A2T1LEK9; A0A0F6C9R0; D6IC61; S1EK76; D7ZEN7; D7Z9G0; A0A029IKB7; A0A0G3K7Z5; D7XH79; U9XYH0; V8F9Y0; A0A1X3JBH6; J7R6H0; A0A080FR68; A0A0G3K5Y7; H4LIZ0; B7MGC4; I2RJ64; A0A0E2L017; C3TPN2; A0A376HTV6; L3PZ69; A0A073FR78; A0A376ZL25; S1D5F0; D8A1L7; T9TH92; J7RLQ6; P0A7R9; L4V1L2; T6LFY5; J7R6H7; D7XN21; B7MIU7; A0A080IK26; A0A0A8UF41; I4T5W9; L3C5D9;
436×MG;ZN;6ore10-75
'Conformation of methylated GGQ in the peptidyl transferase center during translation termination' Heteromer
B7MCT2; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; B7M1M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; B7MCT1; P0A7U7; P68679; P07012; P36675;
317×MG;ZN;6c4i10-75
RF1 accommodated 70S complex at 60 ms Heteromer
A0A029IK04; P60438; D7Z9F6; V0AXZ0; A0A1X3JB47; D7ZI15; D7ZET0; D7Z9G5; A0A037Y8L6; P0ADY7; A0A2T1LEK9; A0A0F6C9R0; D6IC61; S1EK76; D7ZEN7; D7Z9G0; A0A029IKB7; A0A0G3K7Z5; D7XH79; U9XYH0; V8F9Y0; A0A1X3JBH6; J7R6H0; A0A080FR68; A0A0G3K5Y7; H4LIZ0; B7MGC4; I2RJ64; A0A0E2L017; C3TPN2; A0A376HTV6; L3PZ69; A0A073FR78; A0A376ZL25; S1D5F0; D8A1L7; T9TH92; J7RLQ6; P0A7R9; L4V1L2; A0A1X3JB38; J7R6H7; D7XN21; B7MIU7; A0A080IK26; A0A0A8UF41; I4T5W9; L3C5D9; A0A377MZQ1;
307×MG;ZN;6osk10-75
RF1 pre-accommodated 70S complex at 24 ms Heteromer
A0A029IK04; P60438; D7Z9F6; V0AXZ0; A0A1X3JB47; D7ZI15; D7ZET0; D7Z9G5; A0A037Y8L6; P0ADY7; A0A2T1LEK9; A0A0F6C9R0; D6IC61; S1EK76; D7ZEN7; D7Z9G0; A0A029IKB7; A0A0G3K7Z5; D7XH79; U9XYH0; V8F9Y0; A0A1X3JBH6; J7R6H0; A0A0G3K5Y7; H4LIZ0; B7MGC4; I2RJ64; A0A0E2L017; C3TPN2; A0A376HTV6; L3PZ69; A0A073FR78; A0A376ZL25; S1D5F0; D8A1L7; T9TH92; J7RLQ6; P0A7R9; L4V1L2; A0A1X3JB38; J7R6H7; D7XN21; B7MIU7; A0A080IK26; A0A0A8UF41; I4T5W9; L3C5D9; A0A376PXP6;
295×MG;ZN;6orl10-75
E. coli 70S d2d8 stapled ribosome Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679;
436×MG;ZN;6hrm10-75
Structure of tmRNA SmpB bound past E site of E. coli 70S ribosome Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A832;
437×MG;ZN;6q9a10-75
Structure of ArfA and RF2 bound to the 70S ribosome (accommodated state) Heteromer
P36675; P07012; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679;
440×MG;FME;ZN;5mdv10-75
Structure of ArfA(A18T) and RF2 bound to the 70S ribosome (pre-accommodated state) Heteromer
P36675; P07012; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679;
438×MG;FME;ZN;5mdw10-75
Structure of the 70S ribosome (empty A site) Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679;
437×MG;FME;ZN;5mdz10-75
Structure of ArfA and TtRF2 bound to the 70S ribosome (pre-accommodated state) Heteromer
P36675; Q5SM01; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679;
450×MG;FME;ZN;5mdy10-75
RF1 accommodated state bound Release complex 70S at long incubation time point Heteromer
A0A029IK04; P60438; D7Z9F6; V0AXZ0; A0A1X3JB47; D7ZI15; D7ZET0; D7Z9G5; A0A037Y8L6; P0ADY7; A0A2T1LEK9; A0A0F6C9R0; D6IC61; S1EK76; D7ZEN7; D7Z9G0; A0A029IKB7; A0A0G3K7Z5; D7XH79; U9XYH0; V8F9Y0; A0A1X3JBH6; J7R6H0; A0A080FR68; A0A0G3K5Y7; H4LIZ0; B7MGC4; I2RJ64; A0A0E2L017; C3TPN2; A0A376HTV6; L3PZ69; A0A080IK54; A0A376ZL25; S1D5F0; D8A1L7; T9TH92; J7RLQ6; P0A7R9; L4V1L2; A0A1X3JB38; J7R6H7; D7XN21; B7MIU7; A0A080IK26; A0A0A8UF41; I4T5W9; L3C5D9; A0A377MZQ1;
436×MG;ZN;6osq10-75
70S ribosome-EF-Tu H84A complex with GTP and near-cognate tRNA (Complex C2) Heteromer
B7MCT2; B7MCT5; B7MCT4; B7MCS3; B7MCS0; B7MLK8; B7MIW9; B7MBZ2; B7MCS5; A8A5A6; B7MCS8; B7MCR0; B7MCR9; B7MIU4; B7MAS6; B7MBV5; B7MCT0; P0ADZ2; B7L4J5; B7LAK9; B7MBV4; B7MFJ8; B7MCS7; B7MCR7; B7MJ76; B7MFJ7; B7MGC4; B7MAS7; A8A5A4; B7MIX1; B7MI68; B7MBF0; B7MCS9; B7MCR2; P0A7W3; B7NGD4; B7MCV6; B7MCS1; B7MBZ1; B7MCT6; B7MCR3; B7MCV7; P0A7T1; B7MCS2; B7MB86; B7MIU7; B7MCS6; B7MCT1; B7MAE3; A8A4M2; A7ZUJ2;
GTP; 1480×MG;FME;K;PHE;5wf010-74
'Cryo-EM structure of a rotated E. coli 70S ribosome in complex with RF3-GDPCP, RF1(GAQ) and P/E-... Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7J3; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7I0; P0A7I4; Q8WSY8;
GCP;6gxo10-74
Cryo-EM structure of stringent response factor RelA bound to ErmCL-stalled ribosome complex Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0ADZ4; P0A7T3; P0AG63; P0A7U7; P68679; P0A7J3; P0A7J7; P0AG59; P0A7U3; P0AG20;
5l3p10-74
Structural basis for ArfA-RF2 mediated translation termination on stop-codon lacking mRNAs Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7M9; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P36675; P07012;
5mgp10-74
'70S ribosome bound with near-cognate ternary complex base-paired to A site codon, open 30S (Stru... Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7L0; P0CE47;
GCP;FME;LYS;5uyp10-74
Cryo-EM structure of a rotated E. coli 70S ribosome in complex with RF3-GDPCP(RF3-only) Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7J3; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7I4; Q8WSY8;
GCP;6gxp10-74
'Cryo-EM structure of the proline-rich antimicrobial peptide Api137 bound to the terminating ribo... Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7J3; P0A7M9; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7I0; Q8WSY8;
5o2r10-74
'70S ribosome bound with near-cognate ternary complex base-paired to A site codon, closed 30S (St... Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7L0; P0CE47;
GCP;MG;FME;LYS;5uyq10-74
Cryo-EM structure of the Escherichia coli 70S ribosome in complex with antibiotic Evernimycin, mR... Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7K2; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P21598;
EVN;5kcs10-74
70S ribosome-EF-Tu H84A complex with GTP and near-cognate tRNA (Complex C4) Heteromer
B7MCT2; B7MCT5; B7MCT4; B7MCS3; B7MCS0; B7MLK8; B7MIW9; B7MBZ2; B7MCS5; A8A5A6; B7MCS8; B7MCR0; B7MCR9; B7MIU4; B7MAS6; B7MBV5; B7MCT0; P0ADZ2; B7L4J5; B7LAK9; B7MBV4; B7MFJ8; B7MCS7; B7MCR7; B7MJ76; B7MFJ7; B7MGC4; B7MAS7; A8A5A4; B7MIX1; B7MI68; B7MBF0; B7MCS9; B7MCR2; P0A7W3; B7NGD4; B7MCV6; B7MCS1; B7MBZ1; B7MCT6; B7MCR3; B7MCV7; P0A7T1; B7MCS2; B7MB86; B7MIU7; B7MCS6; B7MCT1; B7MAE3; A8A4M2; A7ZUJ2;
GTP; 1471×MG;FME;K;PHE;5wfs10-74
Structure of RelA bound to ribosome in absence of A/R tRNA (Structure I) Heteromer
P0AG20; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679;
5kps10-74
70S ribosome-EF-Tu H84A complex with GppNHp Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7J3; P0A7M9; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0CE48;
1904×MG;FME;K;PHE;GNP;5wdt10-74
'Cryo-EM structure of an E. coli 70S ribosome in complex with RF3-GDPCP, RF1(GAQ) and Pint-tRNA (... Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7J3; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7I0; B7LEM0; Q8WSY8;
GCP;6gwt10-74
Polyproline-stalled ribosome in the presence of elongation-factor P (EF-P) Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7M9; P0A7L0; P0A6N4;
PRO;6enu10-74
Structure of RelA bound to ribosome in presence of A/R tRNA (Structure II) Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0AG20;
5kpv10-74
Structure of RelA bound to ribosome in presence of A/R tRNA (Structure III) Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0AG20;
5kpw10-74
Structure of RelA bound to ribosome in presence of A/R tRNA (Structure IV) Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0AG20;
5kpx10-74
'Cryo-EM structure of tetracycline resistance protein TetM bound to a translating E.coli ribosome' Heteromer
P0A7V0; P0A7V8; P0A7W1; P02358; P0A7W7; P0A7R9; P0A7S3; P0ADZ4; P0A7T3; P0AG63; P0A7U7; P68679; P21598; P0A7V3; P02359; P0A7X3; P0A7R5; P0A7S9; P0AG59; P0A7U3; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7J3; P0A7M9;
3j9y10-74
70S ribosome-EF-Tu wt complex with GppNHp Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7J3; P0A7M9; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0CE48;
1618×MG;FME;K;PHE;GNP;5we410-74
70S ribosome-EF-Tu H84A complex with GTP and cognate tRNA Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; A7ZSJ9; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7J3; P0A7M9; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0CE48;
GTP; 662×MG;FME;K;PHE;5we610-74
70S structure prior to bypassing Heteromer
P23992; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7J3; P0A7M9;
5np610-74
Structure of tmRNA SmpB bound in A site of E. coli 70S ribosome Heteromer
P0A832; V0A5J4; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; A0A379XJZ2; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; D7X2Z6; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; E3PKZ6; A0A0E0XV41; P0A7M9; D7XAL4; P0A7N9; P0A7P5; P0A7Q1; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; A0A029HJ91; P0A7R5; P0A7R9; F5NAB8; H4IXV7; P0AG59; P0ADZ4; S0UHH0; P0AG63; U9ZUL7; P0A7U7; P68679;
439×MG;ZN;6q9710-74
70S ribosome with S1 domains 1 and 2 (Class 1) Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7L0; P0AG67;
FME;6bu810-74
Structure of the 70S ribosome with SECIS-mRNA and P-site tRNA (Initial complex, IC) Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7J7; P0A7R1; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7M9;
ZN;5lza10-74
Structure of 30S ribosomal subunit and RNA polymerase complex in non-rotated state Heteromer
P0A7Z6; B7MIX3; P0A8T8; B7MFL0; B7MBF0; B7MCS9; B7MCR2; P0A7W3; B7NGD4; B7MCV6; B7MCS1; B7MBZ1; B7MCT6; B7MCR3; B7MCV7; P0A7T1; B7MCS2; B7MB86; B7MIU7; B7MCS6; B7MCT1; B7MAE3; A8A4M2;
6awb10-74
Structure of SelB-Sec-tRNASec bound to the 70S ribosome in the initial binding state (IB) Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P14081; P60422; P60438; P60723; P62399; P0AG55; P0A7J7; P0A7R1; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7M9;
ZN;GNP;FME;SEC;MG;5lzb10-74
E.coli RF1 bound to E.coli 70S ribosome in response to UAU sense A-site codon Heteromer
B7MIX0; B7MCT2; B7MCT5; B7MCT4; B7MCS3; B7MCS0; B7MLK8; B7MIX1; B7MIW9; B7MBZ2; B7MCS5; P02413; B7MCS8; B7N179; B7MCR9; B7MIU4; B7MAS6; B7MBV5; B7MCT0; B7MCT3; P60624; P68919; B7MBV4; B7MFJ8; B7MCS7; B7MCR7; B7MI68; B7MJ76; B7MFJ7; B7MGC4; B7MAS7; P0A7Q6; B7MKB3; B7MBF0; B7MCS9; B7MCR2; P0A7W1; P02358; B7MCV6; B7MCS1; B7MBZ1; B7MCT6; B7MCR3; B7MCV7; P0A7S9; B7MCS2; B7MB86; B7MIU7; B7MCS6; B7MCT1; B7MAE3; P68679;
6dnc10-74
Structure of SelB-Sec-tRNASec bound to the 70S ribosome in the codon reading state (CR) Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P14081; P60422; P60438; P60723; P62399; P0AG55; P0A7J7; P0A7R1; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7M9;
ZN;GNP;FME;SEC;MG;5lzc10-74
Structure of 30S ribosomal subunit and RNA polymerase complex in rotated state Heteromer
P0A7Z6; B7MIX3; P0A8T8; B7MFL0; B7MBF0; B7MCS9; B7MCR2; P0A7W3; B7NGD4; B7MCV6; B7MCS1; B7MBZ1; B7MCT6; B7MCR3; B7MCV7; P0A7T1; B7MCS2; B7MB86; B7MIU7; B7MCS6; B7MCT1; B7MAE3; A8A4M2;
6awc10-74
Structure of SelB-Sec-tRNASec bound to the 70S ribosome in the GTPase activated state (GA) Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P14081; P60422; P60438; P60723; P62399; P0AG55; P0A7J7; P0A7R1; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7M9;
ZN;CL; 147×MG;GNP;SEC;FME;5lzd10-74
Structure of 30S (S1 depleted) ribosomal subunit and RNA polymerase complex Heteromer
P0A7Z6; B7MIX3; P0A8T8; B7MFL0; B7MBF0; B7MCS9; B7MCR2; P0A7W3; B7NGD4; B7MCV6; B7MCS1; B7MBZ1; B7MCT6; B7MCR3; B7MCV7; P0A7T1; B7MCS2; B7MB86; B7MIU7; B7MCS6; B7MCT1; B7MAE3; A8A4M2;
6awd10-74
Structure of the 70S ribosome with Sec-tRNASec in the classical pre-translocation state (C) Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7J7; P0A7R1; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7M9;
ZN;5lze10-74
3.2 A cryo-EM ArfA-RF2 ribosome rescue complex (Structure II) Heteromer
P36675; P0A7L0; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P07012; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679;
360×MG;ZN;5u9f10-74
Cryo-EM structure of a polyproline-stalled ribosome in the absence of EF-P Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7M9;
6enf10-74
Structure of the 70S ribosome with fMetSec-tRNASec in the hybrid pre-translocation state (H) Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7J7; P0A7R1; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7M9;
ZN;5lzf10-74
3.2 A cryo-EM ArfA-RF2 ribosome rescue complex (Structure I) Heteromer
P36675; P0A7L0; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P07012; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679;
348×MG;ZN;5u9g10-74
Polyproline-stalled ribosome in the presence of A+P site tRNA and elongation-factor P (EF-P) Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7M9; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A6N4; P0A7L0;
PRO;6enj10-74
70S ribosome-EF-Tu H84A complex with GTP and near-cognate tRNA (Complex C3) Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7J3; P0A7M9; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0CE48;
GTP; 1413×MG;FME;K;PHE;5wfk10-74
'70S ribosome bound with cognate ternary complex not base-paired to A site codon (Structure I)' Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7L0; P0CE47;
GCP;5uyk10-74
70S ribosome bound with cognate ternary complex base-paired to A site codon (Structure II) Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7L0; P0CE47;
GCP;FME;PHE;5uyl10-74
'Cryo-EM structure of an E. coli 70S ribosome in complex with RF3-GDPCP, RF1(GAQ) and Pint-tRNA (... Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7J3; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7I0; P0A7I4;
GCP;6gxm10-74
'70S ribosome bound with cognate ternary complex base-paired to A site codon, closed 30S (Structu... Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7L0; P0CE47;
GCP; 383×MG;FME;ZN;PHE;5uym10-74
Structure of a hibernating 100S ribosome reveals an inactive conformation of the ribosomal protei... Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7M9; P0AFW2; P0AG67; P0AFX0;
6h4n10-74
'Cryo-EM structure of an E. coli 70S ribosome in complex with RF3-GDPCP, RF1(GAQ) and Pint-tRNA (... Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7J3; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7I0; P0A7I4; Q8WSY8;
GCP;6gxn10-74
'70S ribosome bound with near-cognate ternary complex not base-paired to A site codon (Structure ... Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7L0; P0CE47;
GCP;5uyn10-74
'70S termination complex with RF2 bound to the UAG codon. Rotated ribosome conformation (Structur... Heteromer
P60422; P60438; D7Z9F6; D7Z9G7; D7Z9H0; D7ZI15; D7ZET0; D7Z9G5; A0A037Y8L6; P0ADY7; B7N179; D7Z9H1; D7ZKU3; B7MAS6; D7ZEN7; D7Z9G0; D7X2Z9; D7Z9G6; D7XH79; P0A7L8; S0YB49; D7Z9G3; D7Z9H3; D7ZGG2; D7Z9P0; B7MGC4; D7Z814; A0A0E2L017; D7ZK99; B7MCS9; D7Z9H7; D7Z9H2; D7ZI17; D7ZAN1; D7Z9G9; D7ZES9; D7Z9F4; B7MCR3; D7ZAN0; H4UQ02; D7Z9G8; D7ZEL4; B7MIU7; D7Z9G4; D7Z9F9; D7ZAS2; A0A0E2L2J1; B7MIX0;
6ogi10-74
Non-rotated ribosome (Structure I) Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7L0;
FME;6ofx10-74
'70S termination complex with RF2 bound to the UGA codon. Partially rotated ribosome with RF2 bou... Heteromer
P60422; P60438; D7Z9F6; D7Z9G7; D7Z9H0; D7ZI15; D7ZET0; D7Z9G5; A0A037Y8L6; P0ADY7; B7N179; D7Z9H1; D7ZKU3; B7MAS6; D7ZEN7; D7Z9G0; D7X2Z9; D7Z9G6; D7XH79; P0A7L8; S0YB49; D7Z9G3; D7Z9H3; D7ZGG2; D7Z9P0; B7MGC4; D7Z814; A0A0E2L017; D7ZK99; B7MCS9; D7Z9H7; D7Z9H2; D7ZI17; D7ZAN1; D7Z9G9; D7ZES9; D7Z9F4; B7MCR3; D7ZAN0; H4UQ02; D7Z9G8; D7ZEL4; B7MIU7; D7Z9G4; D7Z9F9; D7ZAS2; A0A0E2L2J1; B7MIX0; A0A2S5ZJX2;
6ogf10-74
'70S termination complex with RF2 bound to the UGA codon. Rotated ribosome with RF2 bound (Struct... Heteromer
P60422; P60438; D7Z9F6; D7Z9G7; D7Z9H0; D7ZI15; D7ZET0; D7Z9G5; A0A037Y8L6; P0ADY7; B7N179; D7Z9H1; D7ZKU3; B7MAS6; D7ZEN7; D7Z9G0; D7X2Z9; D7Z9G6; D7XH79; P0A7L8; S0YB49; D7Z9G3; D7Z9H3; D7ZGG2; D7Z9P0; B7MGC4; D7Z814; A0A0E2L017; D7ZK99; B7MCS9; D7Z9H7; D7Z9H2; D7ZI17; D7ZAN1; D7Z9G9; D7ZES9; D7Z9F4; B7MCR3; D7ZAN0; H4UQ02; D7Z9G8; D7ZEL4; B7MIU7; D7Z9G4; D7Z9F9; D7ZAS2; A0A0E2L2J1; B7MIX0; A0A2S5ZJX2;
6ogg10-74
'70S termination complex with RF2 bound to the UGA codon. Non-rotated ribosome with RF2 bound (St... Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7L0; P07012;
6og710-74
2.9A Structure of E. coli ribosome-EF-TU complex by cs-corrected cryo-EM Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0CE48; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7J3; P0A7M9;
GDP; 333×MG;CL;KIR;ZN;NA;FME;5afi10-74
Structure of RelA bound to the 70S ribosome Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0AG20;
MET; 299×MG;PAR;ZN;5iqr10-74
Structural Basis of Co-translational Quality Control by ArfA and RF2 Bound to Ribosome Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P07012; P36675;
124×MG;ZN;5u4i10-74
Structure of PDF binding helix in complex with the ribosome Heteromer
P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A6K3; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M6; P0AG51; P0A7M9; P0A7V1; P0A7V4; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X4; P0A7R6; P0A7R9; P0A7S4; P0A7T1; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68680;
170×MG;4v5b20-75
High-resolution structure of the Escherichia coli ribosome Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6;
14×MPD;PGE;ZN; 263×MG;1PE;GUN;PG4; 12×EDO; 16×PUT;ACY; 11×PEG;SPD;TRS;4ybb20-74
Crystal structure of the E. coli ribosome bound to dalfopristin and quinupristin. Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; Q5SLP7;
271×MG;ZN;DOL;4u2620-74
Crystal structure of the E. coli ribosome bound to flopristin and linopristin. Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; Q5SLP7;
271×MG;VIF;ZN;4u2720-74
Structure of the WT E coli ribosome bound to tetracycline Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0AG51; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0A7J3;
14×MPD;PGE;1PE;ZN; 267×MG; 12×EDO;GUN;PG4;TAC; 16×PUT;ACY; 11×PEG;SPD;TRS;5j5b20-74
Crystal structure of the E. coli ribosome bound to flopristin. Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; Q5SLP7;
271×MG;VIF;ZN;4u2020-74
Control of ribosomal subunit rotation by elongation factor G Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7J3; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A6M8;
GCP; 185×MG;ZN;4v9p20-74
Crystal structure of the E. coli ribosome bound to dalfopristin. Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; Q5SLP7;
271×MG;ZN;DOL;4u2420-74
Crystal structure of the E. coli ribosome bound to virginiamycin M1. Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; Q5SLP7;
VIR; 271×MG;ZN;4u2520-74
Control of ribosomal subunit rotation by elongation factor G Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7J3; P0A7K2; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A6M8;
GCP; 187×MG;ZN;4v9o20-74
Crystal structure of the E. coli ribosome bound to quinupristin. Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; Q5SLP7;
271×MG;ZN;4u1u20-74
Structure of the Wild-type 70S E coli ribosome bound to Tigecycline Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0AG51; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0A7J3;
14×MPD;PGE;1PE;T1C;ZN; 267×MG; 12×EDO;GUN;PG4; 16×PUT;ACY; 11×PEG;SPD;TRS;5j9120-74
Crystal structure of the E. coli ribosome bound to linopristin. Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; Q5SLP7;
271×MG;ZN;4u1v20-74
Structures of the bacterial ribosome in classical and hybrid states of tRNA binding Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A805; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6;
271×MG;ZN;4v9d20-74
4,5-linked aminoglycoside antibiotics regulate the bacterial ribosome by targeting dynamic confor... Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A805; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; Q5SLP7;
ZN; 269×MG;PAR;4woi20-74
'Structure of the 70S E coli ribosome with the U1052G mutation in the 16S rRNA bound to tetracycl... Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0AG51; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0A7J3;
14×MPD;PGE;1PE;ZN; 268×MG; 12×EDO;GUN;PG4;TAC; 16×PUT;ACY; 11×PEG;SPD;TRS;5j7l20-74
Structure of the Escherichia coli ribosome with the U1052G mutation in the 16S rRNA Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0AG51; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0A7J3;
14×MPD;PGE;1PE;ZN; 267×MG; 12×EDO;GUN;PG4; 16×PUT;ACY; 11×PEG;SPD;TRS;5jc920-74
Crystal structure of the E. coli ribosome bound to negamycin. Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; Q5SLP7;
271×MG;ZN;4wf120-74
Crystal structure of the E. coli ribosome bound to erythromycin. Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6;
ZN; 182×MG;ERY;4v7u20-74
Crystal structure of the E. coli ribosome bound to CEM-101 Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679;
182×MG;EM1;ZN;4www20-74
'Structure of the E coli 70S ribosome with the U1052G mutation in 16S rRNA bound to tigecycline' Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0AG51; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0A7J3;
14×MPD;PGE;1PE;T1C;ZN; 268×MG; 12×EDO;GUN;PG4; 16×PUT;ACY; 11×PEG;SPD;TRS;5j8a20-74
High-resolution structure of the Escherichia coli ribosome Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0AG51; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0A7J3;
14×MPD;PGE;1PE;ZN; 266×MG; 12×EDO;GUN;PG4; 16×PUT;ACY; 11×PEG;SPD;TRS;5it820-74
Crystal structure of the E. coli 70S ribosome in an intermediate state of ratcheting Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6;
184×MG;ZN;4v6c20-74
Crystal structure of the E. coli ribosome bound to chloramphenicol. Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6;
CLM; 183×MG;ZN;4v7t20-74
'Crystal Structure of Release Factor RF3 Trapped in the GTP State on a Rotated Conformation of th... Heteromer
C3TPN2; C3SQX2; C3SR62; C3SR27; C3SFQ7; C3SQS2; C3SR12; C3SRY2; C3SQT7; C3SR57; C3SQR7; C3SR52; C3SR07; C3SSQ7; C3SYP2; C3SQY7; C3SQW2; P0A7U7; C3STZ7; P0A7I4; C3SSG7; C3SME2; C3SQY2; C3SR32; C3TE02; C3SME7; C3SLL2; C3T7Q2; C3SR47; C3SQV7; C3SQU2; C3SQU7; C3SR02; C3SR17; C3SIB7; C3SIC7; C3SIB2; C3SRX7; C3SQZ2; C3SR37; C3SQX7; C3SR72; C3SR22; C3SYQ7; C3T7Q7; C3SSG2; C3SQW7; C3SQV2; C3SQZ7; C3T3H7;
493×MG;GNP;4v8520-74
Crystal structure of the bacterial ribosome from Escherichia coli in complex with neomycin. Heteromer
P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P0A7V0; P68679; P0A7J7; P60422; P60438; P0ADY3; P0A7K6; P60723; P0AG51; P0A7N4; P0A7Q6; P0A7N9; P0A7Q1; P68919; P0A7P5; P02413; P0ADY7; P0A7M6; P0A7R1; P0AA10; P0AG44; P0C018; P0A7L3; P61175; P60624; P62399; P0AG55; P0AG48; P0ADZ0; P0A7M2; P0A7L8;
170×MG;ZN;NMY;4v5220-74
Crystal Structure of Ribosome with messenger RNA and the Anticodon stem-loop of P-site tRNA. Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; Q8X9M2; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6;
181×MG;ZN;4v5020-74
Crystal structure of the E. coli ribosome bound to telithromycin. Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6;
181×MG;TEL;ZN;4v7s20-74
Crystal structure of the E. coli ribosome bound to clindamycin. Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6;
ZN; 182×MG;CLY;4v7v20-74
'Crystal structure of the bacterial ribosome from Escherichia coli in complex with ribosome recyc... Heteromer
P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P0A7V0; P68679; P0A7J7; P60422; P60438; P0ADY3; P0A7K6; P60723; P0AG51; P0A7N4; P0A7Q6; P0A7N9; P0A7Q1; P68919; P0A7P5; P02413; P0ADY7; P0A7M6; P0A7R1; P0AA10; P0AG44; P0C018; P0A7L3; P61175; P60624; P62399; P0AG55; P0AG48; P0ADZ0; P0A7M2; P0A7L8; Q9WX76;
170×MG;ZN;4v5420-74
Allosteric control of the ribosome by small-molecule antibiotics Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A805; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6;
266×MG;ZN;NMY;4v9c20-74
Structure of the E coli 70S ribosome with the U1060A mutation in 16S rRNA Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0AG51; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0A7J3;
14×MPD;PGE;1PE;ZN; 266×MG; 12×EDO;GUN;PG4; 16×PUT;ACY; 11×PEG;SPD;TRS;5j8820-74
Crystal structure of the bacterial ribosome from Escherichia coli at 3.5 A resolution. Heteromer
P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG62; P0ADZ6; P0A7T3; P0AG65; P0A7U3; P0A7U7; P0A7V0; P68679; P68919; P60422; P60438; P60723; P62399; P0AG57; P0A7R1; P0AA10; P0ADY6; P02413; P0ADY7; P0AG47; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ1; P60624; P0A7L8; P0A7M6; P0AG52; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7J7;
170×MG;4v4q20-74
'Crystal structure of the bacterial ribosome from Escherichia coli in complex with the antibiotic... Heteromer
P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P0A7V0; P68679; P68919; P60422; P60438; P60723; P62399; P0AG57; P0A7R1; P0AA10; P0ADY6; P02413; P0ADY7; P0AG47; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ1; P60624; P0A7L8; P0A7M6; P0AG52; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7J7;
KSG; 170×MG;4v4h20-74
'Crystal structure of the bacterial ribosome from Escherichia coli in complex with spectinomycin ... Heteromer
P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0A7T3; P0AG63; P0A7U3; P0A7U7; P0A7V0; P68679; P0ADZ4; P0AG59; P0A7J7; P60422; P60438; P0ADY3; P0A7K6; P60723; P0AG51; P0A7N4; P0A7Q6; P0A7N9; P0A7Q1; P68919; P0A7P5; P02413; P0ADY7; P0A7M6; P0A7R1; P0AA10; P0AG44; P0C018; P0A7L3; P61175; P60624; P62399; P0AG55; P0AG48; P0ADZ0; P0A7M2; P0A7L8;
SCM; 170×MG;ZN;NMY;4v5720-74
Crystal structure of the bacterial ribosome from Escherichia coli in complex with hygromycin B. Heteromer
P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG62; P0ADZ6; P0A7T3; P0AG65; P0A7U3; P0A7U7; P0A7V0; P68679; P68919; P60422; P60438; P60723; P62399; P0AG57; P0A7R1; P0AA10; P0ADY6; P02413; P0ADY7; P0AG47; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ1; P60624; P0A7L8; P0A7M6; P0AG52; P0A7M2; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7J7;
170×MG;ZN;HYG;4v6420-74
Crystal structure of the bacterial ribosome from Escherichia coli in complex with gentamicin. Heteromer
P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P0A7V0; P68679; P0A7J7; P60422; P60438; P0ADY3; P0A7K6; P60723; P0AG51; P0A7N4; P0A7Q6; P0A7N9; P0A7Q1; P68919; P0A7P5; P02413; P0ADY7; P0A7M6; P0A7R1; P0AA10; P0AG44; P0C018; P0A7L3; P61175; P60624; P62399; P0AG55; P0AG48; P0ADZ0; P0A7M2; P0A7L8;
170×MG;ZN;LLL;4v5320-74
'Crystal Structure of Release Factor RF3 Trapped in the GTP State on a Rotated Conformation of th... Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7I4; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P60422; P60438; P60723; P62399; P0AG55; P0A7J3; P0A7J7; P0A7K2; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919;
GNP;MG;4v8920-74
Crystal structure of the E. coli 70S ribosome in an intermediate state of ratcheting Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6;
184×MG;ZN;4v6e20-74
Crystal structure of the E. coli 70S ribosome in an intermediate state of ratcheting Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6;
184×MG;ZN;4v6d20-74
'Crystal structure of the bacterial ribosome from Escherichia coli in complex with spectinomycin.' Heteromer
P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0A7T3; P0AG63; P0A7U3; P0A7U7; P0A7V0; P68679; P0ADZ4; P0AG59; P0A7J7; P60422; P60438; P0ADY3; P0A7K6; P60723; P0AG51; P0A7N4; P0A7Q6; P0A7N9; P0A7Q1; P68919; P0A7P5; P02413; P0ADY7; P0A7M6; P0A7R1; P0AA10; P0AG44; P0C018; P0A7L3; P61175; P60624; P62399; P0AG55; P0AG48; P0ADZ0; P0A7M2; P0A7L8;
SCM; 170×MG;ZN;4v5620-74
E. coli pH03H9 complex Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7;
225×MG;ZN;6by120-74
'Crystal structure of the bacterial ribosome from Escherichia coli in complex with gentamicin and... Heteromer
P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P0A7V0; P68679; P0A7J7; P60422; P60438; P0ADY3; P0A7K6; P60723; P0AG51; P0A7N4; P0A7Q6; P0A7N9; P0A7Q1; P68919; P0A7P5; P02413; P0ADY7; P0A7M6; P0A7R1; P0AA10; P0AG44; P0C018; P0A7L3; P61175; P60624; P62399; P0AG55; P0AG48; P0ADZ0; P0A7M2; P0A7L8; Q9WX76;
170×MG;ZN;LLL;4v5520-74
'Crystal structure of the bacterial ribosome from Escherichia coli in complex with paromomycin an... Heteromer
P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P0A7V0; P68679; P0A7J7; P60422; P60438; P0ADY3; P0A7K6; P60723; P0AG51; P0A7N4; P0A7Q6; P0A7N9; P0A7Q1; P68919; P0A7P5; P02413; P0ADY7; P0A7M6; P0A7R1; P0AA10; P0AG44; P0C018; P0A7L3; P61175; P60624; P62399; P0AG55; P0AG48; P0ADZ0; P0A7M2; P0A7L8; Q9WX76;
ZN; 170×MG;PAR;4v5y20-74
E. coli 70S-fMetVal-tRNAVal-tRNAfMet complex in intermediate pre-translocation state (pre3) Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7L0;
FME;VAL;4v7020-74
Structure of the 30S Pre-Initiation Complex 1 (30S IC-1) Stalled by GE81112 Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; A0A0U4BH30; P0AG63; P0A7U3; P0A7U7; P68679; Q5SHR1; P0A705; P03000; P0A707;
FME;5me020-74
RsgA-GDPNP bound to the 30S ribosomal subunit (RsgA assembly intermediate) Heteromer
P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P39286;
71×MG;ZN;GNP;5no220-74
Cryo-EM structure of the Escherichia coli 70S ribosome in complex with antibiotic Avilamycin C, m... Heteromer
P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679;
ZN;6UQ;5kcr20-74
'Structure of the bacterial ribosome complexed by tmRNA-SmpB and EF-G during translocation and ML... Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679;
4v6t20-74
Mechanisms of Ribosome Stalling by SecM at Multiple Elongation Steps Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P60422; P0A7J7; P60438; P60723; P62399; P0AG55; P0A7R1; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P62395;
CLM;3jbv20-74
E. coli 70S-fMetVal-tRNAVal-tRNAfMet complex in hybrid pre-translocation state (pre5a) Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7L0;
FME;VAL;4v7320-74
E. coli 70S-fMetVal-tRNAVal-tRNAfMet complex in classic pre-translocation state (pre1a) Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7L0;
FME;VAL;4v6y20-74
RsgA-GDPNP bound to the 30S ribosomal subunit (RsgA assembly intermediate without uS3) Heteromer
P0A7V0; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P39286;
71×MG;ZN;GNP;5no320-74
E. coli 70S-fMetVal-tRNAVal-tRNAfMet complex in classic pre-translocation state (pre1b) Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7L0;
FME;VAL;4v6z20-74
70S-fMetVal-tRNAVal-tRNAfMet complex in hybrid pre-translocation state (pre5b) Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7L0;
FME;VAL;4v7420-74
RsgA-GDPNP bound to the 30S ribosomal subunit (RsgA assembly intermediate with uS3) Heteromer
P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P39286;
71×MG;ZN;GNP;5no420-74
E. coli 70S-fMetVal-tRNAVal-tRNAfMet complex in classic post-translocation state (post1) Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7L0;
FME;VAL;4v7520-74
Structure of the E. coli ribosome in the Pre-accommodation state Heteromer
P0A7V0; P0A7R9; P0A7S3; P0A7S9; P0AG59; Q8X9M2; P0A7T3; P0AG63; P0A7U3; P0A7U7; P0A7V3; P68679; P0A7V8; P0A7W1; P02358; P02359; Q3YWV3; P0A7X3; P0A7R5; P68919; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60422; P60624; P0A7L8; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P60438; P35024; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10;
4v6520-74
Structure of the E. coli ribosome and the tRNAs in Post-accommodation state Heteromer
P0A7V0; P0A7R9; P0A7S3; P0A7S9; P0AG59; Q8X9M2; P0A7T3; P0AG63; P0A7U3; P0A7U7; P0A7V3; P68679; P0A7V8; P0A7W1; P02358; P02359; Q3YWV3; P0A7X3; P0A7R5; P68919; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60422; P60624; P0A7L8; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P60438; P35024; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10;
4v6620-74
E. coli 70S-fMetVal-tRNAVal-tRNAfMet complex in intermediate post-translocation state (post2a) Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7L0;
FME;VAL;4v7620-74
E. coli 70S-fMetVal-tRNAVal-tRNAfMet complex in intermediate post-translocation state (post2b) Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7L0;
FME;VAL;4v7720-74
E. coli 70S-fMetVal-tRNAVal-tRNAfMet complex in intermediate post-translocation state (post3a) Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7L0;
FME;VAL;4v7820-74
Cryo-EM structure of an ErmBL-stalled ribosome in complex with P-, and E-tRNA Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6;
ERY;5ju820-74
E. coli 70S-fMetVal-tRNAVal-tRNAfMet complex in intermediate post-translocation state (post3b) Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7L0;
FME;VAL;4v7920-74
Ternary complex-bound E.coli 70S ribosome. Heteromer
P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; Q8X9M2; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0CE48; P0A7L0; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P60422; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P60438; P60723; P62399; P0AG55; P0A7R1;
GDP;4v6920-74
E. coli 70S-fMetVal-tRNAVal-tRNAfMet complex in intermediate pre-translocation state (pre2) Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7L0;
FME;VAL;4v7120-74
E. coli 70S-fMetVal-tRNAVal post-translocation complex (post4) Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7L0;
FME;VAL;4v7a20-74
'Structure of the Ribosome with Elongation Factor G Trapped in the Pre-Translocation State (pre-t... Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7L0; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6;
ZN;4v7c20-74
Structure of the 30S Pre-Initiation Complex 2 (30S IC-2) Stalled by GE81112 Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; A0A0U4BH30; P0AG63; P0A7U3; P0A7U7; P68679; Q5SHR1; P0A705; P03000; P0A707;
FME;5me120-74
Structure of the Ribosome with Elongation Factor G Trapped in the Pre-Translocation State (pre-tr... Heteromer
P0A7L0; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0A7K2; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A6M8;
ZN;4v7d20-74
Structure of Escherichia coli EF4 in posttranslocational ribosomes (Post EF4) Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7L0; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P60785;
3jcd20-74
Cryo-EM structure of an ErmBL-stalled ribosome in complex with A-, P-, and E-tRNA Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6;
ERY;LYS;5jte20-74
E. coli expressome Heteromer
P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P0A7V0; P68679; P0A7Z4; P0A8V2; P0A8T7; P0A800;
ZN;5my120-74
Ribosome-SecY complex. Heteromer
P60460; P0A7L0; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; Q8X9M2; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679;
4v7i20-74
Structures of ribosome-bound initiation factor 2 reveal the mechanism of subunit association Heteromer
P68679; P0A7U7; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7J3; P0A705; P0A7V3; P0A7V0; P0A7W1; P0A7V8; P02359; P02358; P0A7X3; P0A7W7; P0A7R9; P0A7R5; P0A7S9; P0A7S3; P0ADZ4; P0AG59; P0AG63; P0A7T3; P0A7U3;
195×MG;FME;ZN;GNP;3jcj20-74
30S initiation complex Heteromer
A0A069XYI1; A0A080IK26; D7X302; P0A7R9; V6FZ95; A0A1X3KX08; A0A090BZT4; D7XN21; B7MIU7; F4SQ43; U9ZNW8; T6N332; A0A0K5Z365; A0A376HTV6; L3PZ69; B6I217; S1CG62; S1D5F0; D8A1L7; T9TH92;
6o7k20-74
E. coli 70S-fMetVal-tRNAVal-tRNAfMet complex in hybrid pre-translocation state (pre4) Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7L0;
FME;VAL;4v7220-74
'Structures of ribosome-bound initiation factor 2 reveal the mechanism of subunit association: In... Heteromer
P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A705; P0A7V3; P0A7V0; P0A7W1; P0A7V8; P02359; P02358; P0A7X3; P0A7W7; P0A7R9; P0A7R5; P0A7S9; P0A7S3; P0ADZ4; P0AG59; P0AG63; P0A7T3; P0A7U3; P68679; P0A7U7;
GNP;FME;3jcn20-74
70S Elongation Competent Ribosome Heteromer
P68919; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P0A7L8; P0A7M6; P0AG51; P0A7M9; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7J7; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P0A7V0; P68679;
6o9j20-74
2.9 A cryo-EM structure of VemP-stalled ribosome-nascent chain complex Heteromer
A0A0P7EF65; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7M9; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679;
5nwy20-74
Mechanistic insights into the alternative translation termination by ArfA and RF2 Heteromer
P0A7U7; P68679; P36675; P07012; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J3; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3;
5h5u20-74
Structure of Escherichia coli EF4 in pretranslocational ribosomes (Pre EF4) Heteromer
P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7V0; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7L0; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P60785;
GNP;MG;3jce20-74
Mechanisms of Ribosome Stalling by SecM at Multiple Elongation Steps Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A910;
3jbu20-74
E.Coli 70s Ribosome Stalled During Translation Of Tnac Leader Peptide. Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; Q8X9M2; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7L0; P0A7P5; P0A7Q1; P0A7Q6; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8;
4v5h20-74
Visualization of two tRNAs trapped in transit during EF-G-mediated translocation Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A6M8; P60422; P60438; P60723; P62399; P0AG55; P0A7R1; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7L8; P0A7M2; P0A7M6; P0AG51; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P0A7Q6; P0A7J3; P0A7K2;
GDP;FUA;4v7b20-74
30S ribosomal subunit with RsgA bound in the presence of GMPPNP Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P39286;
2ykr20-74
Structure of the E. coli methyltransferase KsgA bound to the E. coli 30S ribosomal subunit Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P06992;
4adv20-74
'Cryo-electron Microscopy Structure of the 30S Subunit in Complex with the YjeQ Biogenesis Factor' Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG62; P0ADZ6; P0A7T3; P0AG65; P0A7U3; P0A7U7; P68679; P39286;
4a2i20-74
70S initiation complex Heteromer
P0A7V0; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG59; P0ADZ4; P0A7T3; P0AG63; P0A7U3; P0A7U7; P68679; P0A705; P60723; P62399; P0A7J3; P0AG55; P0A7J7; P0AA10; P0ADY3; P02413; P0ADY7; P0AG44; P0C018; P0A7K6; P0A7L3; P0AG48; P61175; P0ADZ0; P60624; P68919; P0A7Q6; P0A7L8; P0A7M2; P0A7M6; P0AG51; P60438; P0A7N4; P0A7N9; P0A7P5; P0A7Q1; P60422;
6o9k20-73
Role of Era in Assembly and Homeostasis of the Ribosomal Small Subunit Heteromer
A0A376HTV6; D7X302; A0A090BZT4; F4SQ43; L3PZ69; A1AGJ2; A0A074QGH8; D8A1L7; V6FZ95; Q8X9M2; S0UHH0; A0A0G3QJD8; T6N332; U9ZNW8;
MG;6nqb23-74
The cryo-EM structure of YjeQ bound to the 30S subunit suggests a fidelity checkpoint function fo... Heteromer
P0A7V3; P0A7V8; P0A7W1; P02358; P02359; B7MCS1; B7MBZ1; P0A7R5; B7MCR3; B7MCV7; P0A7S9; P0AG59; P0ADZ4; P0A7T3; B7MCS6; P0A7U3; P0A7U7; P0A7V0; P39286;
GGM;ZN;5uz421-71
Real space refined coordinates of the 30S and 50S subunits fitted into the low resolution cryo-EM... Heteromer
P60422; P60438; P60723; P62399; P0AG57; P0A7R1; P0A7J7; P0AA10; P0ADY6; P02413; P0ADY7; P0AG47; P0C018; P0A7K6; P0A7L3; P61175; P0ADZ1; P60624; P68919; P0A7L8; P0A7M6; P0AG52; P0A7N4; P0A7N9; P0A7Q6; P0A7V3; P0A7V8; P0A7W1; P02358; P02359; P0A7W7; P0A7X3; P0A7R5; P0A7R9; P0A7S3; P0A7S9; P0AG62; P0ADZ6; P0A7T3; P0AG65; P0A7U3; P0A7U7;
4v4719-69
Real space refined coordinates of the 30S and 50S subunits fitted into the low resolution cryo-EM... Heteromer
P60422; P60438; P60723; P62399; P0AG57; P0A7R1; P0A7J7; P0AA10; P0ADY6; P02413; P0ADY7; P0AG47; P0C018; P0A7K6; P0A7L3; P61175; P0ADZ1; P60624; P68919; P0A7L8; P0A7M6; P0AG52; P0A7N4; P0A7N9; P0A7Q6; P0A7V1; P0A7V3; P0A7W0; P0A7W6; P02358; P02359; P0A7W7; P0A7X5; P0A7R7; P0A7S2; P0A7S6; P0A7T1; P0AG62; P0ADZ6; P0A7T5; P0AG65; P0A7U5; P0A7U9;
4v4819-69