B7IA16 | SWISS-MODEL Repository

B7IA16 (RS11_ACIB5) Acinetobacter baumannii (strain AB0057)

Small ribosomal subunit protein uS11 UniProtKB InterPro Interactive Modelling

128 aa; Sequence (Fasta) ; 190 identical sequences

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

Available Structures

18 Experimental Structures

Description	PDB ID	Oligo-state	Range	Ligands
A. baumannii ribosome: 70S with E-site tRNA	7uvw SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer A0A009I821; A0A0Q7FMS9; A0A1J6Y3G0; A0A1V3DIZ9; A0A4R0F9S8; A0A7U4DFF9; B7I3U0; B7I5N9; B7I693; B7I6V8; B7I6V9; B7I7A4; B7I7B6; B7I7R9; B7I7S0; B7I9B0; B7IA13; B7IA15; B7IA17; B7IA18; B7IA20; B7IA21; B7IA22; B7IA23; B7IA24; B7IA25; B7IA26; B7IA27; B7IA28; B7IA30; B7IA31; B7IA32; B7IA35; B7IA36; B7IA37; B7IA38; B7IA39; B7IAS9; B7IBC1; B7IBC3; N8SHC6; N9N7A0; V5V9N0; V5VBA5; V5VBC2; V5VGC9;	12-128	1×ZN;
Assess
A. baumannii ribosome-Streptothricin-F complex: 70S with P-site tRNA	7uvv SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer A0A009I821; A0A0Q7FMS9; A0A1J6Y3G0; A0A1V3DIZ9; A0A4R0F9S8; A0A7U4DFF9; B7I3U0; B7I5N9; B7I693; B7I6V8; B7I6V9; B7I7A4; B7I7B6; B7I7R9; B7I7S0; B7I9B0; B7IA13; B7IA15; B7IA17; B7IA18; B7IA20; B7IA21; B7IA22; B7IA23; B7IA24; B7IA25; B7IA26; B7IA27; B7IA28; B7IA30; B7IA31; B7IA32; B7IA35; B7IA36; B7IA37; B7IA38; B7IA39; B7IAS9; B7IBC1; B7IBC3; N8SHC6; N9N7A0; V5V9N0; V5VBA5; V5VBC2; V5VGC9;	12-128	1×ZN; 2×OI9;
Assess
A. baumannii Ribosome-TP-6076 complex: E-site tRNA 70S	7ryg SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer A0A009I821; A0A0Q7FMS9; A0A1J6Y3G0; A0A1V3DIZ9; A0A4R0F9S8; A0A7U4DFF9; B7I3U0; B7I5N9; B7I693; B7I6V8; B7I6V9; B7I7A4; B7I7B6; B7I7R9; B7I7S0; B7I9B0; B7IA13; B7IA15; B7IA17; B7IA18; B7IA20; B7IA22; B7IA23; B7IA24; B7IA25; B7IA26; B7IA27; B7IA28; B7IA30; B7IA31; B7IA32; B7IA35; B7IA36; B7IA37; B7IA38; B7IA39; B7IAS9; B7IBC1; B7IBC3; N8SHC6; N9N7A0; V5V9N0; V5VBA5; V5VBC2; V5VGC9;	12-128	1×ZN; 3×80P; 4×MG;
Assess
Cryo-EM structure of the Acinetobacter baumannii Ribosome: 70S with P-site tRNA	6v39 SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer A0A009QSN8; A0A062C259; A0A062C3F9; A0A150HZL5; A0A1T1GZ10; A0A1V3DIZ9; A0A1Y3CHB1; B7I3U0; B7I5N9; B7I693; B7I6V8; B7I6V9; B7I7A4; B7I7B6; B7I7R9; B7I7S0; B7I9B0; B7IA13; B7IA15; B7IA17; B7IA20; B7IA22; B7IA23; B7IA24; B7IA25; B7IA26; B7IA27; B7IA28; B7IA30; B7IA31; B7IA32; B7IA35; B7IA36; B7IA37; B7IA38; B7IA39; B7IAS9; B7IBC1; B7IBC3; N8V730; N9DYI8; N9NZ44; N9PPR9; S3NQR5; V5V9N0; V5VBA5; V5VBC2; V5VGC9;	12-128	1×ZN; 1×FME; 114×MG; 1×NA;
Assess
A. baumannii 70S ribosome-Streptothricin-F complex	7uvx SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer A0A009I821; A0A0Q7FMS9; A0A1J6Y3G0; A0A1V3DIZ9; A0A372MP10; A0A4R0F9S8; A0A7U4DFF9; B7I3U0; B7I5N9; B7I693; B7I6V8; B7I6V9; B7I7A4; B7I7B6; B7I7R9; B7I7S0; B7I9B0; B7IA13; B7IA15; B7IA17; B7IA18; B7IA20; B7IA21; B7IA22; B7IA23; B7IA24; B7IA25; B7IA26; B7IA27; B7IA28; B7IA30; B7IA31; B7IA32; B7IA35; B7IA36; B7IA37; B7IA38; B7IA39; B7IAS9; B7IBC1; B7IBC3; N8SHC6; N9N7A0; V5V9N0; V5VBA5; V5VBC2; V5VGC9;	12-128	1×ZN; 1×OI9;
Assess
A. baumannii ribosome-Streptothricin-D complex: 70S with E-site tRNA	7uvz SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer A0A009I821; A0A0Q7FMS9; A0A1J6Y3G0; A0A1V3DIZ9; A0A372MP10; A0A4R0F9S8; A0A7U4DFF9; B7I3U0; B7I5N9; B7I693; B7I6V8; B7I6V9; B7I7A4; B7I7B6; B7I7R9; B7I7S0; B7I9B0; B7IA13; B7IA15; B7IA17; B7IA18; B7IA20; B7IA21; B7IA22; B7IA23; B7IA24; B7IA25; B7IA26; B7IA27; B7IA28; B7IA30; B7IA31; B7IA32; B7IA35; B7IA36; B7IA37; B7IA38; B7IA39; B7IAS9; B7IBC1; B7IBC3; N8SHC6; N9N7A0; V5V9N0; V5VBA5; V5VBC2; V5VGC9;	12-128	1×ZN; 11×OIY; 1×MG;
Assess
Cryo-EM structure of the Acinetobacter baumannii Ribosome: 70S with E-site tRNA	6v3a SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer A0A009QSN8; A0A062C259; A0A062C3F9; A0A150HZL5; A0A1T1GZ10; A0A1V3DIZ9; A0A1Y3CHB1; B7I3U0; B7I5N9; B7I693; B7I6V8; B7I6V9; B7I7A4; B7I7B6; B7I7R9; B7I7S0; B7I9B0; B7IA13; B7IA15; B7IA17; B7IA20; B7IA22; B7IA23; B7IA24; B7IA25; B7IA26; B7IA27; B7IA28; B7IA30; B7IA31; B7IA32; B7IA35; B7IA36; B7IA37; B7IA38; B7IA39; B7IAS9; B7IBC1; B7IBC3; N8V730; N9DYI8; N9NZ44; N9PPR9; S3NQR5; V5V9N0; V5VBA5; V5VBC2; V5VGC9;	12-128	1×ZN; 93×MG; 1×NA;
Assess
A. baumannii Ribosome-Eravacycline complex: E-site tRNA 70S	7m4y SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer A0A009I821; A0A0Q7FMS9; A0A1J6Y3G0; A0A1V3DIZ9; A0A4R0F9S8; B7I3U0; B7I5N9; B7I693; B7I6V8; B7I6V9; B7I7A4; B7I7B6; B7I7R9; B7I7S0; B7I9B0; B7IA13; B7IA15; B7IA17; B7IA20; B7IA22; B7IA23; B7IA24; B7IA25; B7IA26; B7IA27; B7IA28; B7IA30; B7IA31; B7IA32; B7IA35; B7IA36; B7IA37; B7IA38; B7IA39; B7IAS9; B7IBC1; B7IBC3; N8SHC6; N9N7A0; V5V9N0; V5VBA5; V5VBC2; V5VGC9;	12-128	1×ZN; 3×YQM; 196×MG;
Assess
Cryo-EM structure of the Acinetobacter baumannii Ribosome: 70S in Empty state	6v3b SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer A0A009QSN8; A0A062C259; A0A062C3F9; A0A150HZL5; A0A1T1GZ10; A0A1V3DIZ9; A0A1Y3CHB1; B7I3U0; B7I5N9; B7I693; B7I6V8; B7I6V9; B7I7A4; B7I7B6; B7I7R9; B7I7S0; B7I9B0; B7IA13; B7IA15; B7IA17; B7IA20; B7IA22; B7IA23; B7IA24; B7IA25; B7IA26; B7IA27; B7IA28; B7IA30; B7IA31; B7IA32; B7IA35; B7IA36; B7IA37; B7IA38; B7IA39; B7IAS9; B7IBC1; B7IBC3; N8V730; N9DYI8; N9NZ44; N9PPR9; S3NQR5; V5V9N0; V5VBA5; V5VBC2; V5VGC9;	12-128	1×ZN; 93×MG; 1×NA;
Assess
A. baumannii Ribosome-Eravacycline complex: 30S	7m4u SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer A0A1V3DIZ9; A0A7U3Y808; A0A7U3Y815; B7I2K7; B7I3U0; B7I5N9; B7I7R9; B7I7S0; B7IA15; B7IA17; B7IA22; B7IA25; B7IA26; B7IA30; B7IA33; B7IA35; B7IA40; B7IBC1; B7IBC2;	12-128	1×YQM; 83×MG;
Assess
A. baumannii Ribosome-Eravacycline complex: hpf-bound 70S	7m4z SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer A0A009I821; A0A0Q7FMS9; A0A1J6Y3G0; A0A1V3DIZ9; A0A4R0F9S8; B7I3U0; B7I5N9; B7I693; B7I6V8; B7I6V9; B7I7A4; B7I7B6; B7I7R9; B7I7S0; B7I9B0; B7IA13; B7IA15; B7IA17; B7IA20; B7IA22; B7IA23; B7IA24; B7IA25; B7IA26; B7IA27; B7IA28; B7IA30; B7IA31; B7IA32; B7IA35; B7IA36; B7IA37; B7IA38; B7IA39; B7IAS9; B7IBC1; B7IBC3; N8SHC6; N9N7A0; V5V8V8; V5V9N0; V5VBA5; V5VBC2; V5VGC9;	12-128	1×ZN; 2×YQM; 187×MG;
Assess
A. baumannii Ribosome-TP-6076 complex: P-site tRNA 70S	7ryf SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer A0A009I821; A0A0Q7FMS9; A0A1J6Y3G0; A0A1V3DIZ9; A0A4R0F9S8; A0A7U4DFF9; B7I3U0; B7I5N9; B7I693; B7I6V8; B7I6V9; B7I7A4; B7I7B6; B7I7R9; B7I7S0; B7I9B0; B7IA13; B7IA15; B7IA17; B7IA18; B7IA20; B7IA22; B7IA23; B7IA24; B7IA25; B7IA26; B7IA27; B7IA28; B7IA30; B7IA31; B7IA32; B7IA35; B7IA36; B7IA37; B7IA38; B7IA39; B7IAS9; B7IBC1; B7IBC3; N8SHC6; N9N7A0; V5V9N0; V5VBA5; V5VBC2; V5VGC9;	12-128	1×ZN; 3×80P; 4×MG;
Assess
Cryo-EM structure of the Acinetobacter baumannii Ribosome: 30S subunit	6v3e SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer A0A062C259; A0A150HZL5; A0A1T1GZ10; A0A1V3DIZ9; B7I3U0; B7I5N9; B7I7R9; B7I7S0; B7IA15; B7IA17; B7IA22; B7IA25; B7IA26; B7IA30; B7IA35; B7IBC1; V5V9N0; V5VBA5; V5VBC2;	12-128
Assess
A. baumannii Ribosome-TP-6076 complex: Empty 70S	7ryh SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer A0A009I821; A0A0Q7FMS9; A0A1J6Y3G0; A0A1V3DIZ9; A0A4R0F9S8; A0A7U4DFF9; B7I3U0; B7I5N9; B7I693; B7I6V8; B7I6V9; B7I7A4; B7I7B6; B7I7R9; B7I7S0; B7I9B0; B7IA13; B7IA15; B7IA17; B7IA18; B7IA20; B7IA22; B7IA23; B7IA24; B7IA25; B7IA26; B7IA27; B7IA28; B7IA30; B7IA31; B7IA32; B7IA35; B7IA36; B7IA37; B7IA38; B7IA39; B7IAS9; B7IBC1; B7IBC3; N8SHC6; N9N7A0; V5V9N0; V5VBA5; V5VBC2; V5VGC9;	12-128	1×ZN; 3×80P; 4×MG;
Assess
A. baumannii ribosome-Streptothricin-D complex: 70S with P-site tRNA	7uvy SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer A0A009I821; A0A0Q7FMS9; A0A1J6Y3G0; A0A1V3DIZ9; A0A372MP10; A0A4R0F9S8; A0A7U4DFF9; B7I3U0; B7I5N9; B7I693; B7I6V8; B7I6V9; B7I7A4; B7I7B6; B7I7R9; B7I7S0; B7I9B0; B7IA13; B7IA15; B7IA17; B7IA18; B7IA20; B7IA21; B7IA22; B7IA23; B7IA24; B7IA25; B7IA26; B7IA27; B7IA28; B7IA30; B7IA31; B7IA32; B7IA35; B7IA36; B7IA37; B7IA38; B7IA39; B7IAS9; B7IBC1; B7IBC3; N8SHC6; N9N7A0; V5V9N0; V5VBA5; V5VBC2; V5VGC9;	12-128	1×ZN; 12×OIY; 1×MG;
Assess
A. baumannii 70S ribosome-Streptothricin-D complex	7uw1 SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer A0A009I821; A0A0Q7FMS9; A0A1J6Y3G0; A0A1V3DIZ9; A0A372MP10; A0A4R0F9S8; A0A7U4DFF9; B7I3U0; B7I5N9; B7I693; B7I6V8; B7I6V9; B7I7A4; B7I7B6; B7I7R9; B7I7S0; B7I9B0; B7IA13; B7IA15; B7IA17; B7IA18; B7IA20; B7IA21; B7IA22; B7IA23; B7IA24; B7IA25; B7IA26; B7IA27; B7IA28; B7IA30; B7IA31; B7IA32; B7IA35; B7IA36; B7IA37; B7IA38; B7IA39; B7IAS9; B7IBC1; B7IBC3; N8SHC6; N9N7A0; V5V9N0; V5VBA5; V5VBC2; V5VGC9;	12-128	1×ZN; 12×OIY; 1×MG;
Assess
Acinetobacter baumannii ribosome-amikacin complex - 30S subunit body	6ypu SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer D0C5Q3; D0C5Y9; D0C5Z0; D0C7N1; D0C9P6; D0CAU9; D0CC74; D0CCR5; D0CD06; D0CD11; D0CD14; D0CD20; D0CD21;	15-128	59×MG; 1×AKN;
Assess
Acinetobacter baumannii ribosome-tigecycline complex - 30S subunit body	6yt9 SMTL PDBe PDBe-KB PDBj PDBsum RCSB	Heteromer D0C5Q3; D0C5Y9; D0C5Z0; D0C7N1; D0C9P6; D0CAU9; D0CC74; D0CCR5; D0CD06; D0CD11; D0CD14; D0CD20; D0CD21;	15-128	56×MG;
Assess

1 SWISS-MODEL model

Template	Oligo-state	QMEANDisCo	Range	Ligands	Trg-Tpl Seq id (%)
7uvy.1.e	monomer	0.81	12-128		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 (%)

B7IA16 (RS11_ACIB5) Acinetobacter baumannii (strain AB0057)

Small ribosomal subunit protein uS11 UniProtKBInterProInteractive Modelling

Available Structures

18 Experimental Structures

1 SWISS-MODEL model

Alignments

Background

Resolution

Small ribosomal subunit protein uS11 UniProtKB InterPro Interactive Modelling