A0A0U4MTC5 | SWISS-MODEL Repository

A0A0U4MTC5 (A0A0U4MTC5_LISIO) Listeria innocua

Large ribosomal subunit protein uL23 UniProtKB InterPro Interactive Modelling

94 aa; Sequence (Fasta) ; 13 identical sequences

It is possible new templates exist for this target since these models were created.

Available Structures

7 Experimental Structures

Description	PDB ID	Oligo-state	Range	Ligands
Cryo-EM structure of the ratcheted Listeria innocua 70S ribosome (head-swiveled) in complex with Hf…	8uu9 SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer A0A0U4MT39; A0A0U4VSH5; A0A0U4VSH7; A0A0U4VSJ1; A0A0U4VSJ3; A0A0U4VSU8; A0A0U4VSU9; A0A0U4VSW3; A0A0U5A6S7; A0A0U5A6U3; A0A0U5A730; A0A0U5A742; A0A0U5AD05; A0A0U5AD18; A0A0U5ADD0; A0A0U5ADR4; A0A0U5ADS9; A0A0U5AGL9; A0A0U5AGN0; A0A0U5AGZ1; A0A0U5ALU0; A0A0U5AM58; A0A0U5ANW2; A0A0U5AP31; A0A0U5AP82; A0A0U5AR65; A0A0U5ARJ0; A0A0U5AWX6; A0A660JH71; A0A660JIB9; A0A660JJV9; A0A660JK14; A0A660JKZ6; A0A660JLK4; A0A660JM56; A0A660JMC7; A0A660JML5; A0A660JNN0; A0A660JPE1; A0A660JRA4; A0A6B0JQE1; A0A6B0JQF2; A0A7X0WKH5; Q8Y8Y0;	1-93	475×MG; 4×ZN; 1×GCP;
Assess
Cryo-EM structure of the Listeria innocua 70S ribosome (head-swiveled) in complex with HflXr and pe…	8uu8 SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer A0A0U4MT39; A0A0U4VSH5; A0A0U4VSH7; A0A0U4VSJ1; A0A0U4VSJ3; A0A0U4VSU8; A0A0U4VSU9; A0A0U4VSW3; A0A0U5A6S7; A0A0U5A6T9; A0A0U5A6U3; A0A0U5A730; A0A0U5A742; A0A0U5AD05; A0A0U5AD18; A0A0U5ADD0; A0A0U5ADR4; A0A0U5ADS9; A0A0U5AGL9; A0A0U5AGN0; A0A0U5AGZ1; A0A0U5ALU0; A0A0U5AM58; A0A0U5ANW2; A0A0U5AP31; A0A0U5AP82; A0A0U5AR65; A0A0U5ARJ0; A0A0U5AWX6; A0A660JH71; A0A660JIB9; A0A660JJV9; A0A660JK14; A0A660JKZ6; A0A660JLK4; A0A660JM56; A0A660JMC7; A0A660JML5; A0A660JML6; A0A660JNN0; A0A660JPE1; A0A660JRA4; A0A6B0JQE1; A0A6B0JQF2; A0A7X0WKH5; Q8Y8Y0;	1-92	423×MG; 4×ZN; 1×GCP;
Assess
Cryo-EM structure of the Listeria innocua 70S ribosome in complex with HPF (structure I-A)	8uu4 SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer A0A0U4MT39; A0A0U4VSH5; A0A0U4VSH7; A0A0U4VSJ1; A0A0U4VSJ3; A0A0U4VSU8; A0A0U4VSU9; A0A0U4VSW3; A0A0U5A6S7; A0A0U5A6U3; A0A0U5A730; A0A0U5A742; A0A0U5AD05; A0A0U5AD18; A0A0U5ADD0; A0A0U5ADR4; A0A0U5ADS9; A0A0U5AGL9; A0A0U5AGN0; A0A0U5AGZ1; A0A0U5ALU0; A0A0U5AM58; A0A0U5ANW2; A0A0U5AP31; A0A0U5AP82; A0A0U5AR65; A0A0U5ARJ0; A0A0U5AWX6; A0A660JH71; A0A660JIB9; A0A660JJV9; A0A660JK14; A0A660JKZ6; A0A660JLK4; A0A660JM56; A0A660JMC7; A0A660JMK7; A0A660JML5; A0A660JNN0; A0A660JPE1; A0A660JRA4; A0A6B0JQE1; A0A6B0JQF2; A0A7X0WKH5;	1-92	449×MG; 4×ZN;
Assess
Cryo-EM structure of the ratcheted Listeria innocua 70S ribosome in complex with p/E-tRNA (structur…	8uu6 SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer A0A0U4MT39; A0A0U4VSH5; A0A0U4VSH7; A0A0U4VSJ1; A0A0U4VSJ3; A0A0U4VSU8; A0A0U4VSU9; A0A0U4VSW3; A0A0U5A6S7; A0A0U5A6U3; A0A0U5A730; A0A0U5A742; A0A0U5AD05; A0A0U5AD18; A0A0U5ADD0; A0A0U5ADR4; A0A0U5ADS9; A0A0U5AGL9; A0A0U5AGN0; A0A0U5AGZ1; A0A0U5ALU0; A0A0U5AM58; A0A0U5ANW2; A0A0U5AP31; A0A0U5AP82; A0A0U5AR65; A0A0U5ARJ0; A0A0U5AWX6; A0A660JH71; A0A660JIB9; A0A660JJV9; A0A660JK14; A0A660JKZ6; A0A660JLK4; A0A660JM56; A0A660JMC7; A0A660JML5; A0A660JNN0; A0A660JPE1; A0A660JRA4; A0A6B0JQE1; A0A6B0JQF2; A0A7X0WKH5;	1-92	98×MG; 4×ZN; 1×K;
Assess
Cryo-EM structure of the Listeria innocua 70S ribosome in complex with HflXr, HPF, and E-site tRNA …	8uu7 SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer A0A0U4MT39; A0A0U4VSH5; A0A0U4VSH7; A0A0U4VSJ1; A0A0U4VSJ3; A0A0U4VSU8; A0A0U4VSU9; A0A0U4VSW3; A0A0U5A6S7; A0A0U5A6U3; A0A0U5A730; A0A0U5A742; A0A0U5AD05; A0A0U5AD18; A0A0U5ADD0; A0A0U5ADR4; A0A0U5ADS9; A0A0U5AGL9; A0A0U5AGN0; A0A0U5AGZ1; A0A0U5ALU0; A0A0U5AM58; A0A0U5ANW2; A0A0U5AP31; A0A0U5AP82; A0A0U5AR65; A0A0U5ARJ0; A0A0U5AWX6; A0A660JH71; A0A660JIB9; A0A660JJV9; A0A660JK14; A0A660JKZ6; A0A660JLK4; A0A660JM56; A0A660JMC7; A0A660JMK7; A0A660JML5; A0A660JNN0; A0A660JPE1; A0A660JRA4; A0A6B0JQE1; A0A6B0JQF2; A0A7X0WKH5; Q8Y8Y0;	1-92	392×MG; 4×ZN; 1×GCP;
Assess
Cryo-EM structure of the Listeria innocua 70S ribosome (head-swiveled) in complex with pe/E-tRNA (s…	8uu5 SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer A0A0U4MT39; A0A0U4VSH5; A0A0U4VSH7; A0A0U4VSJ1; A0A0U4VSJ3; A0A0U4VSU8; A0A0U4VSU9; A0A0U4VSW3; A0A0U5A6S7; A0A0U5A6U3; A0A0U5A730; A0A0U5A742; A0A0U5AD05; A0A0U5AD18; A0A0U5ADD0; A0A0U5ADR4; A0A0U5ADS9; A0A0U5AGL9; A0A0U5AGN0; A0A0U5AGZ1; A0A0U5ALU0; A0A0U5AM58; A0A0U5ANW2; A0A0U5AP31; A0A0U5AP82; A0A0U5AR65; A0A0U5ARJ0; A0A0U5AWX6; A0A660JH71; A0A660JIB9; A0A660JJV9; A0A660JK14; A0A660JKZ6; A0A660JLK4; A0A660JM56; A0A660JMC7; A0A660JML5; A0A660JNN0; A0A660JPE1; A0A660JRA4; A0A6B0JQE1; A0A6B0JQF2; A0A7X0WKH5;	1-92	490×MG; 4×ZN;
Assess
Cryo-EM structure of the Listeria innocua 50S ribosomal subunit in complex with HflXr (structure II…	8uua SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer A0A0U4MT39; A0A0U4VSH7; A0A0U4VSJ1; A0A0U4VSU8; A0A0U4VSW3; A0A0U5A6S7; A0A0U5A742; A0A0U5AD05; A0A0U5AD18; A0A0U5ADD0; A0A0U5AGL9; A0A0U5AGN0; A0A0U5ALU0; A0A0U5AM58; A0A0U5ANW2; A0A0U5AP82; A0A0U5AR65; A0A0U5AWX6; A0A660JH71; A0A660JIB9; A0A660JJV9; A0A660JKZ6; A0A660JMC7; A0A660JNN0; A0A660JRA4; A0A6B0JQF2;	2-91	1×GCP; 200×MG; 1×K; 3×ZN;
Assess

1 SWISS-MODEL model

Template	Oligo-state	QMEANDisCo	Range	Ligands	Trg-Tpl Seq id (%)
8uu6.1.d	monomer	0.77	1-92		100.00
Assess

Model ID	Oligo-state	Avg pLDDT	Range	Trg-Mdl Seq Id (%)

Model ID	Oligo-state	Avg Confidence	Range	Trg-Mdl Seq id (%)

Alignments