A7X1Y9 (RL331_STAA1) Staphylococcus aureus (strain Mu3 / ATCC 700698)

50S ribosomal protein L33 1 UniProtKBInterProInteractive Modelling

49 aa; Sequence (Fasta) 35 identical sequences

Sequence Features

 3-49Ribosomal protein L33
IPR001705PF00471

Sequence Alignments

Experimental structures

DescriptionOligo-stateLigandsStructureRangeDownloadAssess
Methicillin sensitive Staphylococcus aureus 70S ribosome Heteromer
Q2FW12; Q2FXK6; Q2FW23; Q2G113; P48940; Q2FW20; Q2FW39; Q2YYP5; Q2FW31; P0A0H0; Q2FW30; Q2FW19; Q2G2Q1; Q2FZ45; Q2FW15; Q2G111; Q2FW10; Q2FXY6; P60430; Q2FW06; Q2FW07; Q2FW18; Q2FW21; Q2FW38; Q2FW16; P0A0F8; Q2FW13; Q2FW33; Q2FW22; Q2FZ42; Q2FXQ1; Q2FXS8; Q2FW11; Q2FW08; Q2FW17; Q2G0S0; Q2FXT0; Q2FZ60; Q2FW14; P0A0G2; A7X145; Q2FUQ0; Q2FXQ0; Q2FW29; Q2FWD8;
PAR; 129×MG;5tcu2-48
Improved model derived from cryo-EM map of Staphylococcus aureus large ribosomal subunit Heteromer
P60430; Q2FW06; Q2FW07; Q2FW18; Q2FW21; Q2FW38; Q2FW16; P0A0F8; Q2FW13; Q2FW33; Q2FW22; Q2FZ42; Q2FXQ1; Q2FXS8; Q2FW11; Q2FW08; Q2FW17; Q2FJE0; Q2FXT0; Q2FZ60; Q2FW14; P0A0G2; Q2FZF1; Q2FUQ0; Q2FXQ0; Q2FW29;
237×MG;6hma2-48
2.9S structure of the 70S ribosome composing the S. aureus 100S complex Heteromer
A0A077UDU1; A0A077UU26; W8TVK2; W8TUC9; W8TPC6; A0A077VHU6; W8U8T8; A0A0K7UQP6; A0A0H2K0A0; A0A077UKD6; W8U1C6; W8U8U6; A0A077UGW7; W8U6H8; W8U6K4; A0A077VLD5; A0A077UZF4; A0A077V0P8; W8UXC3; A0A077UHS1; W8USK0; A0A077W1J0; W8U3W0; W8TRC7; W8TUC3; W8U3X2; W8TUE6; A0A077UUA0; A0A077UGA7; A0A077V4G0; A0A077UG91; W8TRE0; A0A077UVB6; A0A077VMP6; D7URR3; A0A077UKF9; W8TUB4; W8TRD5; A0A133Q8Z9; A0A077URJ8; A0A0H3KED7; W8UVN7; W8TRP5; A0A077UWR7; Q2YZB6; A0A077UL47; A0A077UGV8;
205×MG;5ngm2-48
Erythromycin Resistant Staphylococcus aureus 50S ribosome (delta R88 A89 uL22). Heteromer
B3VKN3; W8U3W0; W8TRC7; W8TUC3; W8U3X2; W8TUE6; A0A077UUA0; A0A077UGA7; A0A077V4G0; A0A077UG91; W8TRE0; A0A077UVB6; A0A077VMP6; D7URR3; A0A077UKF9; W8TUB4; W8TRD5; A0A133Q8Z9; A0A077ULC5; A0A077URJ8; A0A077W1J5; W8UVN7; A0A380EL30; A0A1Q8DAT0; W8TQ59; A0A077UL47; A0A077UGV8;
6s122-48
Erythromycin Resistant Staphylococcus aureus 70S ribosome (delta R88 A89 uL22). Heteromer
B3VKN3; W8U3W0; W8TRC7; W8TUC3; W8U3X2; W8TUE6; A0A077UUA0; A0A077UGA7; A0A077V4G0; A0A077UG91; W8TRE0; A0A077UVB6; A0A077VMP6; D7URR3; A0A077UKF9; W8TUB4; W8TRD5; A0A133Q8Z9; A0A077ULC5; A0A077URJ8; A0A077W1J5; W8UVN7; A0A380EL30; A0A1Q8DAT0; W8TQ59; A0A077UL47; A0A077UGV8; A0A2X2M020; A0A077UU26; W8TVK2; W8TUC9; W8TPC6; A0A077VHU6; W8U8T8; A0A1Q4GY48; A0A0H2K0A0; A0A077UKD6; A0A133PZQ5; W8U8U6; A0A077UGW7; W8U6H8; W8U6K4; A0A077VLD5; A0A077UZF4; A0A133PYC3; W8UXC3; A0A380DEA2; W8USK0;
6s132-48
'Erythromycin Resistant Staphylococcus aureus 70S ribosome (delta R88 A89 uL22) in complex with e... Heteromer
B3VKN3; W8U3W0; W8TRC7; W8TUC3; W8U3X2; W8TUE6; A0A077UUA0; A0A077UGA7; A0A077V4G0; A0A077UG91; W8TRE0; A0A077UVB6; A0A077VMP6; D7URR3; A0A077UKF9; W8TUB4; W8TRD5; A0A133Q8Z9; A0A077ULC5; A0A077URJ8; A0A077W1J5; W8UVN7; A0A380EL30; A0A1Q8DAT0; W8TQ59; A0A077UL47; A0A077UGV8; A0A2X2M020; A0A077UU26; W8TVK2; W8TUC9; W8TPC6; A0A077VHU6; W8U8T8; A0A1Q4GY48; A0A0H2K0A0; A0A077UKD6; A0A133PZQ5; W8U8U6; A0A077UGW7; W8U6H8; W8U6K4; A0A077VLD5; A0A077UZF4; A0A133PYC3; W8UXC3; A0A380DEA2; W8USK0;
ERY;6s0x2-48
'Erythromycin Resistant Staphylococcus aureus 50S ribosome (delta R88 A89 uL22) in complex with e... Heteromer
B3VKN3; W8U3W0; W8TRC7; W8TUC3; W8U3X2; W8TUE6; A0A077UUA0; A0A077UGA7; A0A077V4G0; A0A077UG91; W8TRE0; A0A077UVB6; A0A077VMP6; D7URR3; A0A077UKF9; W8TUB4; W8TRD5; A0A133Q8Z9; A0A077ULC5; A0A077URJ8; A0A077W1J5; W8UVN7; A0A380EL30; A0A1Q8DAT0; W8TQ59; A0A077UL47; A0A077UGV8;
ERY;6s0z2-48