P35997 (RS27A_YEAST) Saccharomyces cerevisiae (strain ATCC 204508 / S288c) (Baker's yeast)

40S ribosomal protein S27-A UniProtKBInterProSTRINGInteractive Modelling

82 aa; Sequence (Fasta) ; 3 identical sequences: Saccharomyces cerevisiae: G2WHN4, C8ZC18, A6ZZG7

Available Structures

17 Experimental Structures

DescriptionOligo-stateLigandsStructureRange
Early cytoplasmic yeast pre-40S particle (purified with Tsr1 as bait) Heteromer
O13516; P02407; P05756; P06367; P07280; P0C0V8; P0C0W1; P0CX29; P0CX31; P0CX33; P0CX35; P0CX37; P0CX39; P0CX47; P0CX51; P0CX55; P25443; P26783; P26786; P32905; P33442; P34078; P38333; P38701; P40160; P41057; P48589; Q01855; Q07381; Q3E792; Q3E7X9; Q99216;
2-82
Assess
State 1 of yeast Tsr1-TAP Rps20-Deltaloop pre-40S particles Heteromer
O13516; P02407; P05750; P05756; P06367; P07280; P0C0V8; P0C0W1; P0CX29; P0CX31; P0CX33; P0CX35; P0CX37; P0CX39; P0CX47; P0CX51; P0CX55; P25443; P26783; P26786; P32905; P33442; P38333; P38701; P40160; P41057; P41819; P48589; Q01855; Q07381; Q3E792; Q3E7X9; Q99216;
2-82
Assess
Cryo-EM structure of a late pre-40S ribosomal subunit from Saccharomyces cerevisiae Heteromer
O13516; P02407; P05756; P05759; P06367; P07280; P0C0V8; P0C0W1; P0C0X0; P0CX29; P0CX31; P0CX33; P0CX35; P0CX37; P0CX39; P0CX47; P0CX51; P0CX55; P25443; P26783; P26786; P32905; P33442; P38333; P40160; P48589; Q01855; Q07381; Q3E792; Q99216;
2-82
Assess
Structure of a eukaryotic cytoplasmic pre-40S ribosomal subunit Heteromer
O13516; P02407; P05750; P05756; P06367; P07280; P0C0V8; P0C0W1; P0CX29; P0CX31; P0CX33; P0CX35; P0CX37; P0CX39; P0CX47; P0CX51; P0CX55; P25443; P26783; P26786; P32905; P33442; P34078; P38011; P38333; P38701; P40160; P41057; P48589; Q01855; Q07381; Q3E792; Q3E7X9; Q99216;
ZN; 46×MG;2-82
Assess
Structure of the 40S ABCE1 post-splitting complex in ribosome recycling and translation initiation Heteromer
O13516; P05756; P06367; P0C0V8; P0C0W1; P0CX29; P0CX31; P0CX33; P0CX35; P0CX37; P0CX39; P0CX47; P25443; P26786; P32905; P33442; P39938; Q03195;
SF4;ANP;MG;2-82
Assess
Structure of a yeast ABCE1-bound 48S initiation complex Heteromer
O13516; P02407; P05750; P05756; P05759; P06103; P06367; P07280; P0C0V8; P0C0W1; P0C0X0; P0CX29; P0CX31; P0CX33; P0CX35; P0CX37; P0CX39; P0CX47; P0CX51; P0CX55; P25443; P26783; P26786; P32497; P32905; P33442; P38011; P38249; P38431; P38701; P38912; P39938; P40217; P41057; P48589; Q01855; Q03195; Q04067; Q08745; Q3E792;
MG;ZN;ADP;ATP;SF4;2-82
Assess
Structure of a crosslinked yeast ABCE1-bound 43S pre-initiation complex Heteromer
O13516; P05750; P05756; P05759; P07280; P0C0V8; P0C0W1; P0CX29; P0CX31; P0CX33; P0CX35; P0CX37; P0CX39; P0CX47; P0CX51; P0CX55; P14127; P25443; P26783; P26786; P32905; P33442; P38011; P38701; P39516; P39939; P41057; P48589; Q01855; Q03195; Q05775; Q08745; Q3E792; Q3E7X9;
80×MG;ZN;SF4;ADP;2-82
Assess
Structure of a yeast ABCE1-bound 43S pre-initiation complex Heteromer
O13516; P02407; P05750; P05756; P05759; P06103; P06367; P07280; P0C0V8; P0C0W1; P0C0X0; P0CX29; P0CX31; P0CX33; P0CX35; P0CX37; P0CX39; P0CX47; P0CX51; P0CX55; P25443; P26783; P26786; P32497; P32905; P32911; P33442; P38011; P38249; P38701; P38912; P39938; P40217; P41057; P48589; Q01855; Q03195; Q04067; Q05775; Q08745; Q3E792;
ZN;ADP;MG;ATP;SF4;2-82
Assess
Mbf1-ribosome complex Heteromer
O13516; O14467; P02407; P05750; P05756; P05759; P07280; P0C0V8; P0C0W1; P0CX29; P0CX31; P0CX33; P0CX35; P0CX37; P0CX39; P0CX47; P0CX51; P0CX55; P25443; P26783; P26786; P32905; P33442; P38011; P38701; P39516; P39939; P41057; P48589; Q01855; Q08745; Q3E792; Q3E7X9;
ZN;2-82
Assess
Cryo-EM structure of the 90S pre-ribosome from Saccharomyces cerevisiae, state Dis-B (Poly-Ala) Heteromer
O13516; P05756; P06367; P07280; P0C0W1; P0CX29; P0CX31; P0CX35; P0CX37; P0CX39; P0CX47; P0CX51; P0CX55; P25368; P25635; P26783; P26786; P32899; P33442; P38333; P41819; P47083; P53254; P53941; Q04217; Q05946; Q06078; Q06287; Q06512; Q08096; Q08965; Q12136; Q12220; Q3E792; Q3E7X9; Q99207; Q99216;
ZN;2-82
Assess
Cryo-EM structure of the 90S pre-ribosome from Saccharomyces cerevisiae, state Dis-C Heteromer
O13516; P05756; P06367; P07280; P0C0W1; P0CX29; P0CX31; P0CX35; P0CX37; P0CX39; P0CX47; P0CX51; P0CX55; P26783; P26786; P33442; P38333; P41819; P47083; P53941; Q04217; Q04500; Q05498; Q06287; Q08096; Q08965; Q12136; Q3E792; Q3E7X9; Q99207; Q99216;
ZN;GTP; 39×MG;2-82
Assess
Cryo-EM structure of the 90S pre-ribosome from Saccharomyces cerevisiae, state A (Poly-Ala) Heteromer
O13516; P05756; P06367; P0C0W1; P0CX29; P0CX51; P0CX55; P15646; P25368; P25586; P25635; P26783; P26786; P32899; P33442; P33750; P34247; P36144; P38333; P38882; P39990; P40055; P40362; P40470; P40546; P42945; P47083; P53254; P53276; P53941; Q02354; Q02931; Q04177; Q04305; Q04500; Q05498; Q05946; Q06078; Q06287; Q06506; Q06512; Q06679; Q08096; Q08492; Q08965; Q12035; Q12136; Q12220; Q12460; Q12499; Q3E7X9; Q99207; Q99216;
ZN;MG;GTP;2-82
Assess
Cryo-EM structure of the 90S pre-ribosome from Saccharomyces cerevisiae, state Dis-A (Poly-Ala) Heteromer
O13516; P05756; P06367; P07280; P0C0W1; P0CX29; P0CX31; P0CX35; P0CX37; P0CX39; P0CX47; P0CX51; P0CX55; P15646; P25368; P25635; P26783; P26786; P32899; P33442; P34247; P35194; P38333; P38882; P39990; P40362; P41819; P42945; P47083; P53254; P53276; P53941; Q02931; Q04177; Q04217; Q04305; Q04500; Q05498; Q05946; Q06078; Q06287; Q06506; Q06512; Q06679; Q08096; Q08492; Q08965; Q12035; Q12136; Q12220; Q12460; Q12499; Q3E7X9; Q99207; Q99216;
ZN;2-82
Assess
Subunit joining exposes nascent pre-40S rRNA for processing and quality control Heteromer
O13516; P02407; P05750; P05756; P05759; P07280; P0C0V8; P0C0W1; P0CX29; P0CX31; P0CX33; P0CX35; P0CX37; P0CX39; P0CX47; P0CX51; P0CX55; P25443; P26783; P26786; P32905; P38011; P38701; P41057; P48589; Q01855; Q07381; Q08745; Q3E792; Q3E7X9;
2-82
Assess
State 2 of yeast Tsr1-TAP Rps20-Deltaloop pre-40S particles Heteromer
O13516; P02407; P05750; P05756; P05759; P06367; P07280; P0C0V8; P0C0W1; P0CX29; P0CX31; P0CX33; P0CX35; P0CX37; P0CX39; P0CX47; P0CX51; P0CX55; P25443; P26783; P26786; P32905; P33442; P38011; P38701; P41057; P48589; Q01855; Q08745; Q3E792; Q3E7X9;
2-82
Assess
Cryo-EM structure of 90S small subunit preribosomes in transition states (State E) Heteromer
O13516; P05756; P06367; P0CX29; P0CX31; P0CX35; P0CX37; P0CX39; P0CX47; P0CX51; P15646; P25368; P25635; P26783; P26786; P32899; P33442; P33750; P34247; P35194; P38882; P39990; P40055; P40362; P42945; P47083; P53254; P53941; Q02354; Q02931; Q04177; Q04305; Q04500; Q05022; Q05498; Q05946; Q06078; Q06287; Q06506; Q06679; Q08096; Q08965; Q12035; Q12136; Q12220; Q12460; Q12499; Q3E7X9; Q3E7Y3; Q99207;
ZN;GTP;MG;3-82
Assess
Cryo-EM structure of the 90S small subunit pre-ribosome (Mtr4-depleted, Enp1-TAP) Heteromer
O13516; P05756; P06367; P0C0W1; P0CX29; P0CX31; P0CX33; P0CX35; P0CX39; P0CX47; P0CX51; P15646; P25368; P25586; P25635; P26783; P26786; P32899; P33442; P36144; P39990; P40362; P42945; P47083; P53254; P53941; Q05498; Q05946; Q06078; Q06287; Q06506; Q08096; Q08965; Q12220; Q12460; Q12499; Q3E7X9; Q99216;
4-82
Assess

Alignments