A0A9Q4HFE8 (A0A9Q4HFE8_BACSC) Bacillus spizizenii (Bacillus subtilis subsp spizizenii)
Large ribosomal subunit protein uL18 UniProtKBInterProInteractive Modelling
120 aa; Sequence (Fasta) ;
7 identical sequences: Bacillus spizizenii: E0TZG4; Bacillus sp. TSA-4: A0AA96UY92; Bacillus sp. ANT_WA51: A0A8E0S590; Bacillus subtilis: P46899, A0A6M3Z9V8, F5HRS9; Bacillus subtilis subsp. subtilis: A0A199WAJ4
Available Structures
28 Experimental Structures
| Description | PDB ID | Oligo-state | Range | Seq id (%) | Ligands | |
|---|---|---|---|---|---|---|
| Bacillus subtilis ribosome quality control complex state B. Ribosomal 50S subunit with P-tRNA, RqcH… |
Heteromer O31742; O34687; O34693; P05647; P05657; P0CI78; P12873; P12875; P12877; P14577; P19946; P19947; P20277; P20278; P26908; P37557; P37807; P42060; P42919; P42920; P42921; P42923; P42924; P46898; P46899; P55873; P55874; P56849; P70974; Q06796; | 100 | ||||
| Structure of the bacterial RQC complex (Translocating State) |
Heteromer O31742; O34687; O34693; P05647; P05657; P0CI78; P12873; P12875; P12877; P14577; P19946; P19947; P20277; P20278; P26908; P37807; P42060; P42919; P42920; P42921; P42924; P46898; P46899; P55873; P55874; P56849; P70974; Q06796; | 100 | ||||
| RqcH DR variant bound to 50S-peptidyl-tRNA-RqcP RQC complex (rigid body refinement) |
Heteromer O31742; O34687; O34693; P05647; P05657; P0CI78; P12873; P12875; P12877; P14577; P19946; P19947; P20277; P20278; P26908; P37557; P37807; P42060; P42919; P42920; P42921; P42923; P42924; P46898; P46899; P55873; P55874; P56849; P70974; Q06796; | 100 | ||||
| Mini-RNase III (Mini-III) bound to 50S ribosome with precursor 23S rRNA |
Heteromer O31418; O31742; O34687; P05647; P05657; P0CI78; P12873; P12875; P12877; P14577; P19946; P19947; P20277; P20278; P26908; P37807; P42060; P42919; P42920; P42921; P42923; P42924; P46898; P46899; P55873; P55874; P56849; P70974; | 100 | 221×MG; 3×ZN; | |||
| Bacillus subtilis MutS2-collided disome complex (stalled 70S) |
Heteromer O31742; O34687; P04969; P05647; P05657; P0CI78; P12873; P12874; P12875; P12877; P12878; P12879; P14577; P19946; P19947; P20277; P20278; P20282; P21464; P21465; P21466; P21467; P21468; P21469; P21470; P21471; P21472; P21473; P21474; P21475; P21476; P21477; P26908; P37437; P37807; P42060; P42919; P42920; P42921; P42924; P46898; P46899; P55873; P55874; P56849; P70974; P94545; Q03223; | 100 | ||||
| RNase M5 bound to 50S ribosome with precursor 5S rRNA |
Heteromer A0A087LGV4; O31742; O34687; P05647; P05657; P0CI78; P12873; P12875; P12877; P14577; P19946; P19947; P20277; P20278; P26908; P37807; P42060; P42919; P42920; P42921; P42923; P42924; P46898; P46899; P55873; P55874; P56849; P70974; | 100 | 219×MG; 3×ZN; | |||
| Stringent response control by a bifunctional RelA enzyme in the presence and absence of the ribosome |
Heteromer O31742; O34687; O54408; P04969; P05647; P05657; P0CI78; P12873; P12874; P12875; P12877; P12878; P12879; P14577; P19946; P19947; P20277; P20278; P20282; P21464; P21465; P21466; P21467; P21468; P21469; P21470; P21471; P21472; P21473; P21474; P21475; P21476; P21477; P26908; P37807; P42060; P42919; P42920; P42921; P42924; P46898; P46899; P55873; P55874; P56849; P70974; Q03223; | 100 | ||||
| Structure of the Bacillus subtilis hibernating 100S ribosome reveals the basis for 70S dimerization. |
Heteromer O31742; O34687; P04969; P05647; P05657; P0CI78; P12873; P12874; P12875; P12877; P12878; P12879; P14577; P19946; P19947; P20277; P20278; P20282; P21464; P21465; P21466; P21467; P21468; P21469; P21470; P21471; P21472; P21473; P21474; P21475; P21476; P21477; P26908; P28368; P37807; P42060; P42919; P42920; P42921; P42923; P42924; P46898; P46899; P55873; P55874; P56849; P70974; Q03223; | 100 | ||||
| Structure of the B. subtilis disome - stalled 70S ribosome |
Heteromer O31742; O34687; P04969; P05647; P05657; P0CI78; P12873; P12874; P12875; P12877; P12878; P12879; P14577; P19946; P19947; P20277; P20278; P20282; P21464; P21465; P21466; P21467; P21468; P21469; P21470; P21471; P21472; P21473; P21474; P21475; P21476; P21477; P26908; P37437; P37807; P42060; P42919; P42920; P42921; P42923; P42924; P46898; P46899; P55873; P55874; P56849; P70974; Q03223; Q06796; Q7WY64; | 100 | ||||
| ARE-ABCF VmlR2 bound to a 70S ribosome |
Heteromer O31742; O34687; P04969; P05647; P05657; P0CI78; P12873; P12874; P12875; P12877; P12878; P12879; P14577; P19946; P19947; P20277; P20278; P20282; P21464; P21465; P21466; P21467; P21468; P21469; P21470; P21471; P21472; P21473; P21474; P21475; P21476; P21477; P26908; P37807; P42060; P42919; P42920; P42921; P42924; P46898; P46899; P55873; P55874; P56849; P70974; | 100 | 16×K; 85×MG; 4×ZN; 2×ATP; | |||
| Atomic model of the immature 50S subunit from Bacillus subtilis (state I-a) |
Heteromer O31742; O34687; P05647; P0CI78; P12873; P12875; P12877; P19946; P19947; P20277; P26908; P42060; P42919; P42920; P42921; P42924; P46898; P46899; P55873; P70974; Q06796; Q06797; | 100 | ||||
| Cryo-EM structure of the Bacillus subtilis MifM-stalled ribosome complex |
Heteromer O31742; O34687; P04969; P05647; P05657; P0CI78; P12873; P12874; P12875; P12877; P12878; P12879; P14577; P19946; P19947; P20277; P20278; P20282; P21464; P21465; P21466; P21467; P21468; P21469; P21470; P21471; P21472; P21473; P21474; P21475; P21476; P21477; P26908; P37807; P42060; P42919; P42920; P42921; P42923; P42924; P46898; P46899; P55873; P55874; P56849; P70974; Q03223; Q06796; Q7WY64; | 100 | ||||
| Structure of the B. subtilis disome - collided 70S ribosome |
Heteromer O31742; O34687; P04969; P05647; P05657; P0CI78; P12873; P12874; P12875; P12877; P12878; P12879; P14577; P19946; P19947; P20277; P20278; P20282; P21464; P21465; P21466; P21467; P21468; P21469; P21470; P21471; P21472; P21473; P21474; P21475; P21476; P21477; P26908; P37807; P42060; P42919; P42920; P42921; P42923; P42924; P46898; P46899; P55873; P55874; P56849; P70974; Q06796; | 100 | ||||
| Cryo-EM structure of a 70S Bacillus subtilis ribosome translating the ErmD leader peptide in comple… |
Heteromer O31742; O34687; P04969; P05647; P05657; P0CI78; P12873; P12874; P12875; P12877; P12878; P12879; P14577; P19946; P19947; P20277; P20278; P20282; P21464; P21465; P21466; P21467; P21468; P21469; P21470; P21471; P21472; P21473; P21474; P21475; P21476; P21477; P26908; P37807; P42060; P42919; P42920; P42921; P42924; P46898; P46899; P55873; P55874; P56849; P70974; Q03223; | 100 | 1×TEL; | |||
| Bacillus subtilis collided disome (Leading 70S) |
Heteromer O31742; O34687; P04969; P05647; P05657; P0CI78; P12873; P12874; P12875; P12877; P12878; P12879; P14577; P19946; P19947; P20277; P20278; P20282; P21465; P21466; P21467; P21468; P21469; P21470; P21471; P21472; P21473; P21474; P21475; P21476; P21477; P21478; P26908; P37437; P37807; P42060; P42919; P42920; P42921; P42924; P46898; P46899; P55873; P55874; P56849; P70974; Q03223; | 100 | ||||
| Bacillus subtilis collided disome (Collided 70S) |
Heteromer O31742; O34687; P04969; P05647; P05657; P0CI78; P12873; P12874; P12875; P12877; P12878; P12879; P14577; P19946; P19947; P20277; P20278; P20282; P21464; P21465; P21466; P21467; P21468; P21469; P21470; P21471; P21472; P21473; P21474; P21475; P21476; P21477; P26908; P37807; P42060; P42919; P42920; P42921; P42924; P46898; P46899; P55873; P55874; P56849; P70974; Q03223; | 100 | ||||
| Bacillus subtilis MutS2-collided disome complex (collided 70S) |
Heteromer O31742; O34687; P04969; P05647; P05657; P0CI78; P12873; P12874; P12875; P12877; P12878; P12879; P14577; P19946; P19947; P20277; P20278; P20282; P21464; P21465; P21466; P21467; P21468; P21469; P21470; P21471; P21472; P21473; P21474; P21475; P21476; P21477; P26908; P37807; P42060; P42919; P42920; P42921; P42924; P46898; P46899; P55873; P55874; P56849; P70974; P94545; Q03223; | 100 | ||||
| Bacillus subtilis MutS2-collided disome complex (MutS2 conf.2; Leading 70S) |
Heteromer O31742; O34687; P04969; P05647; P05657; P0CI78; P12873; P12874; P12875; P12877; P12878; P12879; P14577; P19946; P19947; P20277; P20278; P20282; P21465; P21466; P21467; P21468; P21469; P21470; P21471; P21472; P21473; P21474; P21475; P21476; P21477; P21478; P26908; P37437; P37807; P42060; P42919; P42920; P42921; P42924; P46898; P46899; P55873; P55874; P56849; P70974; P94545; Q03223; | 100 | ||||
| Cryo-EM structure of the ABCF protein VmlR bound to the Bacillus subtilis ribosome |
Heteromer O31742; O34687; P04969; P05647; P05657; P0CI78; P12873; P12874; P12875; P12877; P12878; P12879; P14577; P19946; P19947; P20277; P20278; P20282; P21464; P21465; P21466; P21467; P21468; P21469; P21470; P21471; P21472; P21473; P21474; P21475; P21476; P21477; P26908; P37807; P39115; P42060; P42919; P42920; P42921; P42924; P46898; P46899; P55873; P55874; P56849; P70974; Q03223; Q06797; | 100 | 1×TEL; 2×ATP; | |||
| Bacillus subtilis ribosome-associated quality control complex state A. Ribosomal 50S subunit with p… |
Heteromer O31742; O34687; O34693; P05647; P05657; P0CI78; P12873; P12875; P12877; P14577; P19946; P19947; P20277; P20278; P26908; P37807; P42060; P42919; P42920; P42921; P42923; P42924; P46898; P46899; P55873; P55874; P56849; P70974; Q06796; | 100 | ||||
| Cryo-EM structure of a Bacillus subtilis MifM-stalled ribosome-nascent chain complex with (p)ppGpp-… |
Heteromer O31742; O34687; P04969; P05647; P05657; P0CI78; P12873; P12874; P12875; P12877; P12878; P12879; P14577; P19946; P19947; P20277; P20278; P20282; P21464; P21465; P21466; P21467; P21468; P21469; P21470; P21471; P21472; P21473; P21474; P21475; P21476; P21477; P26908; P37105; P37807; P42060; P42919; P42920; P42921; P42923; P42924; P46898; P46899; P55873; P55874; P56849; P70974; Q03223; Q06796; | 100 | 1×G4P; | |||
| Structure of the bacterial RQC complex (Decoding State) |
Heteromer O31742; O34687; O34693; P05647; P05657; P0CI78; P12873; P12875; P12877; P14577; P19946; P19947; P20277; P20278; P26908; P37557; P37807; P42060; P42919; P42920; P42921; P42924; P46898; P46899; P55873; P55874; P56849; P70974; Q06796; | 100 | ||||
| YlmH bound to PtRNA-50S |
Heteromer O31742; O34687; P05647; P05657; P0CI78; P12873; P12875; P12877; P14577; P19946; P19947; P20277; P20278; P26908; P37807; P42060; P42919; P42920; P42921; P42924; P46898; P46899; P55873; P55874; P56849; P70974; P71020; Q03223; | 100 | 4×ZN; 47×K; 1×CLM; 158×MG; | |||
| B. subtilis ApdA-stalled ribosomal complex |
Heteromer O31742; O34687; P04969; P05647; P05657; P0CI78; P12873; P12874; P12875; P12877; P12878; P12879; P14577; P19946; P19947; P20277; P20278; P20282; P21465; P21467; P21468; P21469; P21470; P21471; P21472; P21473; P21475; P21476; P21477; P26908; P37807; P42060; P42919; P42920; P42921; P42924; P46898; P46899; P55873; P55874; P56849; P70974; Q03223; | 100 | 5×ZN; 199×MG; 43×K; 1×PRO; | |||
| YlmH bound to stalled 50S subunits with RqcH and PtRNA |
Heteromer O31742; O34687; O34693; P05647; P05657; P0CI78; P12873; P12875; P12877; P14577; P19946; P19947; P20277; P20278; P26908; P37807; P42060; P42919; P42920; P42921; P42924; P46898; P46899; P55873; P55874; P56849; P70974; P71020; Q03223; | 100 | 15×K; | |||
| Bacterial 45SRbgA ribosomal particle class B |
Heteromer O31742; O34687; P05647; P05657; P0CI78; P12873; P12875; P19946; P19947; P20277; P26908; P42060; P42919; P42920; P42921; P42924; P46899; P55873; P70974; | 100.0 | ||||
| YphC-treated 45SYphC particle. Class 5 |
Heteromer O31742; O34687; P05647; P05657; P0CI78; P12873; P12875; P19946; P19947; P20277; P26908; P42060; P42919; P42920; P42921; P42924; P46898; P46899; P50743; P55873; P56849; P70974; Q06797; | 100.0 | 2×GNP; | |||
| RbgA+45SRbgA complex |
Heteromer O31742; O31743; O34687; P05647; P05657; P0CI78; P12873; P12875; P12877; P19946; P19947; P20277; P26908; P42060; P42919; P42920; P42921; P42924; P46898; P46899; P55873; P70974; | 100.0 | 1×GNP; | |||
1 SWISS-MODEL model
| Template | Oligo-state | QMEAN | Range | Ligands | Trg-Tpl Seq id (%) | |
|---|---|---|---|---|---|---|
| 8buu.1.M | monomer | 0.77 | 100.00 | |||