P0CX87 (RS32B_YEAST) Saccharomyces cerevisiae (strain ATCC 204508 / S288c) (Baker's yeast)

Small ribosomal subunit protein eS32B UniProtKBAFDB90v4InterProInteractive Modelling

25 aa; Sequence (Fasta) ; 17 identical sequences

Available Structures

27 Experimental Structures

DescriptionPDB IDOligo-stateRangeLigands
Structure of a yeast 80S ribosome-bound N-Acetyltransferase B complex
8bip
 Heteromer
P02406; P04449; P04456; P04650; P05737; P05738; P05739; P05740; P05743; P05744; P05745; P05747; P05748; P05749; P0C2H6; P0C2H8; P0CH08; P0CX23; P0CX25; P0CX27; P0CX41; P0CX45; P0CX49; P0CX82; P0CX84; P0CX86; P10664; P14120; P14126; P17076; P26321; P26784; P36105; P38061; P41805; P49166; P49167; P87262; Q02753; Q06504; Q12387; Q12690; Q3E757; 		1-25
206×MG; 5×ZN;
Assess
Structure of a yeast 80S ribosome-bound N-Acetyltransferase B complex
8bjq
 Heteromer
P02406; P04449; P04456; P04650; P05737; P05738; P05739; P05740; P05743; P05744; P05745; P05747; P05748; P05749; P0C2H6; P0C2H8; P0CH08; P0CX23; P0CX25; P0CX27; P0CX41; P0CX45; P0CX49; P0CX82; P0CX84; P0CX86; P10664; P14120; P14126; P17076; P26321; P26784; P36105; P38061; P41805; P49166; P49167; P87262; Q02753; Q06504; Q12387; Q12690; Q3E757; 		1-25
206×MG; 5×ZN;
Assess
Yeast 80S ribosome bound with the ALS/FTD-associated dipeptide repeat protein PR20
7top
 Heteromer
A0A6A5PUL8; A0A6A5PUZ5; A0A6A5PWR1; A0A6A5PY83; A0A6A5Q0W8; A0A6A5Q1M9; A0A6A5Q3W0; A0A6A5Q627; A0A6A5Q7I9; A7H9Z6; P02406; P04456; P04650; P05317; P05737; P05738; P05740; P05743; P05744; P05745; P05748; P05749; P0C2H6; P0C2H8; P0CH08; P0CX23; P0CX25; P0CX27; P0CX41; P0CX45; P0CX49; P0CX82; P0CX84; P0CX86; P14120; P17076; P26784; P36105; P49166; P87262; Q02326; Q02753; Q12690; 		1-25
4×ZN;
Assess
CryoEM structure of 40S-eIF1-eIF1A preinitiation complex
3j80
 Heteromer
F2Z602; P0CX86; P27069; P32911; P33285; P38912; P69061; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWD0; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875N2; 		1-25
67×MG; 3×ZN;
Assess
Structure of a partial yeast 48S preinitiation complex in closed conformation
6gsn
 Heteromer
A6ZZ25; P06103; P09064; P0CX86; P20459; P27069; P32481; P32497; P32911; P33285; P38249; P38912; P40217; P69061; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWD0; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875M3; Q875N2; 		1-25
81×MG; 4×ZN; 1×GCP; 1×MET;
Assess
Yeast 80S ribosome bound with the ALS/FTD-associated dipeptide repeat protein GR20
7too
 Heteromer
A0A6A5PUL8; A0A6A5PUZ5; A0A6A5PWR1; A0A6A5PY83; A0A6A5Q0W8; A0A6A5Q1M9; A0A6A5Q3W0; A0A6A5Q627; A0A6A5Q7I9; P02406; P04456; P04650; P05317; P05737; P05738; P05740; P05743; P05744; P05745; P05748; P05749; P0C2H6; P0C2H8; P0CH08; P0CX23; P0CX25; P0CX27; P0CX41; P0CX45; P0CX49; P0CX82; P0CX84; P0CX86; P14120; P17076; P26784; P36105; P49166; P87262; Q02326; Q02753; Q12690; 		1-25
4×ZN;
Assess
CryoEM structure of a partial yeast 48S preinitiation complex
3j81
 Heteromer
F2Z602; P09064; P0CX86; P20459; P27069; P32481; P32911; P33285; P38912; P69061; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWD0; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875N2; 		1-25
81×MG; 3×ZN; 1×MET;
Assess
Cryo-EM structure of the ribosome-NatA complex
6hd7
 Heteromer
P02406; P04449; P04456; P04650; P05737; P05738; P05740; P05743; P05744; P05745; P05747; P05748; P05749; P07347; P0C0W9; P0C2H6; P0C2H8; P0CH08; P0CX23; P0CX25; P0CX27; P0CX41; P0CX45; P0CX49; P0CX82; P0CX84; P10664; P12945; P14120; P14126; P17076; P26321; P26784; P36105; P38061; P41805; P49166; P49167; P87262; Q02326; Q02753; Q08689; Q12690; 		1-25
1×3HE;
Assess
Yeast 60S ribosomal subunit with A-site tRNA, P-site tRNA and eIF-5A
5gak
 Heteromer
P02406; P04449; P04456; P04650; P05737; P05738; P05740; P05743; P05744; P05745; P05747; P05748; P05749; P0C0W9; P0C2H6; P0C2H8; P0CH08; P0CX23; P0CX25; P0CX27; P0CX41; P0CX45; P0CX49; P0CX82; P0CX84; P0CX86; P10664; P14120; P14126; P17076; P23301; P26321; P26784; P36105; P38061; P41805; P49166; P49167; P87262; Q02326; Q02753; Q12690; 		1-25
1×3HE;
Assess
CryoEM structure of 40S-eIF1A-eIF1 complex from yeast
3jam
 Heteromer
F2Z602; P0CX86; P27069; P32911; P33285; P38912; P69061; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWD0; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875N2; 		1-25
80×MG; 3×ZN;
Assess
Structure of a partial yeast 48S preinitiation complex in closed conformation
3jap
 Heteromer
A6ZZ25; F2Z602; P06103; P09064; P0CX86; P20459; P27069; P32481; P32497; P32911; P33285; P38249; P38912; P40217; P69061; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWD0; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875N2; 		1-25
81×MG; 4×ZN; 1×MET; 1×GCP;
Assess
Yeast 40S-eIF4B - partially open conformation of the 40S head
8i7j
 Heteromer
F2Z602; P0CX86; P27069; P33285; P69061; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW06; Q6CW78; Q6CWD0; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875N2; 		1-25
2×MG; 3×ZN;
Assess
Structure of a partial yeast 48S preinitiation complex with eIF5 N-terminal domain (model C1)
6fyx
 Heteromer
A6ZZ25; F2Z602; P06103; P09064; P0CX86; P20459; P27069; P32481; P32497; P33285; P38249; P38431; P38912; P40217; P69061; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWD0; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875N2; 		1-25
117×MG; 5×ZN; 1×MET; 1×GCP;
Assess
Structure of a partial yeast 48S preinitiation complex with eIF5 N-terminal domain (model C2)
6fyy
 Heteromer
A6ZMK5; A6ZZ25; F2Z602; P06103; P09064; P0CX86; P20459; P27069; P32481; P32497; P33285; P38249; P38431; P38912; P69061; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWD0; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875N2; 		1-25
117×MG; 5×ZN; 1×MET; 1×GCP;
Assess
Structure of a partial yeast 48S preinitiation complex in open conformation.
6gsm
 Heteromer
F2Z602; P06103; P09064; P0CX86; P20459; P27069; P32481; P32497; P32911; P33285; P38249; P38912; P40217; P69061; Q04067; Q6CIM1; Q6CJK0; Q6CKL3; Q6CKV4; Q6CLU4; Q6CM04; Q6CM18; Q6CMG3; Q6CN12; Q6CNI7; Q6CNL2; Q6CPG3; Q6CRA3; Q6CRK7; Q6CS01; Q6CTD6; Q6CU44; Q6CUH5; Q6CVZ5; Q6CW21; Q6CW78; Q6CWD0; Q6CWJ2; Q6CWT9; Q6CWU3; Q6CX80; Q6CXM0; Q6CXT6; Q875N2; 		1-25
1×7NO; 82×MG; 4×ZN; 1×GCP;
Assess
Cryo-EM Structure of the 60S Ribosomal Subunit in Complex with Arx1 and Rei1
4v8t
 Heteromer
P02406; P04449; P04456; P04650; P05317; P05737; P05738; P05740; P05743; P05744; P05745; P05747; P05748; P05749; P0C0W9; P0C2H6; P0C2H8; P0CH08; P0CX23; P0CX25; P0CX27; P0CX41; P0CX45; P0CX49; P0CX82; P0CX84; P0CX86; P10664; P14120; P14126; P17076; P26321; P26784; P36105; P38061; P41805; P49166; P49167; P87262; Q02326; Q02753; Q12690; 		1-25
4×ZN;
Assess
Small subunit of Trichomonas vaginalis ribosome
5xyi
 Heteromer
A2D895; A2D919; A2D9L2; A2DEJ9; A2DHU8; A2DIM3; A2DLW4; A2DNY3; A2DPS3; A2DQN8; A2DST7; A2DTR8; A2DVD8; A2DYA8; A2E1L5; A2E4S6; A2EBA2; A2EFE7; A2EG54; A2EHK3; A2ELV7; A2ER97; A2F0H5; A2FA40; A2FBZ2; A2FC75; A2FDE0; A2FFS8; A2FHY5; A2G5X6; A2G9Z8; P0CX86; Q76KS8; 		2-25
Assess
Yeast RQC complex in state F
8agt
 Heteromer
P02406; P04449; P04456; P04650; P05317; P05737; P05738; P05739; P05740; P05743; P05744; P05745; P05747; P05748; P05749; P0C0W9; P0C2H6; P0C2H8; P0CH08; P0CX23; P0CX25; P0CX27; P0CX41; P0CX43; P0CX45; P0CX49; P0CX53; P0CX82; P0CX84; P0CX86; P10664; P14120; P14126; P17076; P23301; P26321; P26784; P36105; P38061; P41805; P49166; P49167; P87262; Q02753; Q04781; Q12522; Q12532; Q12690; 		1-22
13×MG; 7×ZN;
Assess
Yeast RQC complex in state with the RING domain of Ltn1 in the IN position
8agx
 Heteromer
P02406; P04449; P04456; P04650; P05317; P05737; P05738; P05739; P05740; P05743; P05744; P05745; P05747; P05748; P05749; P0C0W9; P0C2H6; P0C2H8; P0CH08; P0CX23; P0CX25; P0CX27; P0CX41; P0CX43; P0CX45; P0CX49; P0CX53; P0CX82; P0CX84; P0CX86; P10664; P14120; P14126; P17076; P23301; P26321; P26784; P36105; P38061; P41805; P49166; P49167; P87262; Q02753; Q04781; Q12532; Q12690; 		1-22
13×MG; 7×ZN; 1×SPD;
Assess
Yeast RQC complex in state E
8agu
 Heteromer
P02406; P04449; P04456; P04650; P05317; P05737; P05738; P05739; P05740; P05743; P05744; P05745; P05747; P05748; P05749; P0C0W9; P0C2H6; P0C2H8; P0CH08; P0CX23; P0CX25; P0CX27; P0CX41; P0CX43; P0CX45; P0CX49; P0CX54; P0CX82; P0CX84; P0CX86; P10664; P14120; P14126; P17076; P23301; P26321; P26784; P36105; P38061; P41805; P49166; P49167; P87262; Q02753; Q04781; Q12522; Q12532; Q12690; 		1-22
13×MG; 7×ZN; 1×SPD;
Assess
Yeast RQC complex in state G
8aaf
 Heteromer
P02406; P04449; P04456; P04650; P05317; P05737; P05738; P05739; P05740; P05743; P05744; P05745; P05747; P05748; P05749; P0C0W9; P0C2H6; P0C2H8; P0CH08; P0CX23; P0CX25; P0CX27; P0CX41; P0CX43; P0CX45; P0CX49; P0CX53; P0CX82; P0CX84; P0CX86; P10664; P14120; P14126; P17076; P23301; P26321; P26784; P36105; P38061; P41805; P49166; P49167; P87262; Q02753; Q04781; Q12522; Q12532; Q12690; 		1-22
13×MG; 7×ZN; 1×SPD;
Assess
Yeast RQC complex in state H
8agv
 Heteromer
P02406; P04449; P04456; P04650; P05317; P05737; P05738; P05739; P05740; P05743; P05744; P05745; P05747; P05748; P05749; P0C0W9; P0C2H6; P0C2H8; P0CH08; P0CX23; P0CX25; P0CX27; P0CX41; P0CX43; P0CX45; P0CX49; P0CX54; P0CX82; P0CX84; P0CX86; P10664; P14120; P14126; P17076; P23301; P26321; P26784; P36105; P38061; P41805; P49166; P49167; P87262; Q02753; Q04781; Q12522; Q12532; Q12690; 		1-22
13×MG; 7×ZN;
Assess
Yeast RQC complex in state with the RING domain of Ltn1 in the OUT position
8agz
 Heteromer
P02406; P04449; P04456; P04650; P05317; P05737; P05738; P05739; P05740; P05743; P05744; P05745; P05747; P05748; P05749; P0C0W9; P0C2H6; P0C2H8; P0CH08; P0CX23; P0CX25; P0CX27; P0CX41; P0CX43; P0CX45; P0CX49; P0CX53; P0CX82; P0CX84; P0CX86; P10664; P14120; P14126; P17076; P23301; P26321; P26784; P36105; P38061; P41805; P49166; P49167; P87262; Q02753; Q04781; Q12522; Q12532; Q12690; 		1-22
13×MG; 7×ZN; 1×SPD;
Assess
Yeast RQC complex in state D
8agw
 Heteromer
P02406; P04449; P04456; P04650; P05317; P05737; P05738; P05739; P05740; P05743; P05744; P05745; P05747; P05748; P05749; P0C0W9; P0C2H6; P0C2H8; P0CH08; P0CX23; P0CX25; P0CX27; P0CX41; P0CX43; P0CX45; P0CX49; P0CX53; P0CX82; P0CX84; P0CX86; P10664; P14120; P14126; P17076; P26321; P26784; P36105; P38061; P41805; P49166; P49167; P87262; Q02753; Q04781; Q12522; Q12532; Q12690; 		1-22
13×MG; 7×ZN; 1×SPD;
Assess
Cryo-EM structure of native Otu2-bound ubiquitinated 43S pre-initiation complex
8cah
 Heteromer
O13516; P02407; P05750; P05756; P05759; P06103; P06367; P07280; P0C0V8; P0C0W1; P0CH08; P0CX29; P0CX31; P0CX33; P0CX36; P0CX38; P0CX39; P0CX47; P0CX51; P0CX55; P0CX86; P25443; P26783; P26786; P32497; P32905; P32911; P33442; P35997; P38011; P38249; P38701; P38747; P38912; P39938; P40217; P41057; P48589; Q01855; Q03195; Q04067; Q05775; Q08745; Q3E792; Q3E7X9; 		1-18
80×MG; 2×ZN; 2×SF4; 1×ADP;
Assess
Cryo-EM structure of native Otu2-bound ubiquitinated 48S initiation complex (partial)
8cas
 Heteromer
O13516; P02407; P05750; P05756; P05759; P06103; P06367; P07280; P09064; P0C0V8; P0C0W1; P0CH08; P0CX29; P0CX31; P0CX33; P0CX36; P0CX38; P0CX39; P0CX47; P0CX51; P0CX55; P0CX86; P20459; P25443; P26783; P26786; P32481; P32497; P32905; P33442; P35997; P38011; P38249; P38431; P38701; P38747; P38912; P39938; P40217; P41057; P48589; Q01855; Q03195; Q04067; Q08745; Q3E792; Q3E7X9; 		1-18
4×ZN; 1×ADP; 5×MG; 1×ATP; 2×SF4; 1×MET; 1×GCP;
Assess
Chaetomium thermophilum pre-60S State 4 - post-5S rotation with Rix1 complex without Foot - composi…
8pv8
 Heteromer
G0RXW1; G0RYN9; G0RZ88; G0RZE9; G0S081; G0S0D6; G0S0D7; G0S0Z3; G0S101; G0S1R0; G0S1T5; G0S215; G0S497; G0S4P8; G0S4Z9; G0S507; G0S5R0; G0S616; G0S683; G0S6B0; G0S6V4; G0S8F1; G0S992; G0S9B5; G0S9T3; G0SAJ9; G0SB32; G0SBN1; G0SBX1; G0SC29; G0SCE2; G0SCL3; G0SCP3; G0SD68; G0SDS8; G0SEG2; G0SEI0; G0SEW3; G0SFC3; G0SFL0; G0SFN0; G0SGH8; G0SGY1; G0SH61; G0SHJ6; G0SHK0; G0SHQ2; G0SI44; P0CT45; P0CX86; Q2H9R2; Q2H9W4; 		1-15
2×GTP; 3×MG; 5×ZN;
Assess

1 SWISS-MODEL model

TemplateOligo-stateQMEANDisCoRangeLigandsTrg-Tpl Seq id (%)
5mc6.56.Amonomer0.741-25
100.00
Assess