A0QSD8 (RL16_MYCS2) Mycolicibacterium smegmatis (strain ATCC 700084 / mc(2)155) (Mycobacteriumsmegmatis)

50S ribosomal protein L16 UniProtKBInterProSTRINGInteractive Modelling

138 aa; Sequence (Fasta) Identical sequences: Mycolicibacterium smegmatis: A0A0D6H8A3; Mycobacterium goodii: A0A0K0XEE1; Mycolicibacterium smegmatis: A0A2U9PL83

Sequence Features

Add
 4-132Ribosomal protein L10e/L16
IPR016180PF00252

Sequence Alignments

Experimental structures

DescriptionOligo-stateLigandsStructureRange
Cryo-EM Structure of Mycobacterium smegmatis C(minus) 50S ribosomal subunit Heteromer
A0QS45; A0QS62; A0QSD1; A0QSD2; A0QSD3; A0QSD4; A0QSD6; A0QSD9; A0QSF9; A0QSG0; A0QSG1; A0QSG4; A0QSG7; A0QSG8; A0QSL4; A0QSL9; A0QSP8; A0QTP4; A0QV42; A0QYU6; A0QYU7; A0R150; A0R151; A0R3D2; A0R3I9; A0R551; A0R552; A0R554; A0R7F6; A0R7K0; I7FGD9; 		6dzp1-136
Assess
Cryo-EM Structure of Mycobacterium smegmatis 70S C(minus) ribosome 70S-MPY complex Heteromer
A0A0D6J3X3; A0QS45; A0QS62; A0QS96; A0QS97; A0QSD0; A0QSD1; A0QSD2; A0QSD3; A0QSD4; A0QSD5; A0QSD6; A0QSD7; A0QSD9; A0QSE0; A0QSF9; A0QSG0; A0QSG1; A0QSG3; A0QSG4; A0QSG6; A0QSG7; A0QSL4; A0QSL5; A0QSL6; A0QSL7; A0QSL9; A0QSP8; A0QSP9; A0QTK6; A0QTP4; A0QV37; A0QV42; A0QVB8; A0QVQ3; A0QYU6; A0QYU7; A0R102; A0R150; A0R151; A0R3D2; A0R3I9; A0R549; A0R550; A0R551; A0R554; A0R7F6; A0R7K0; I7FGD9; I7G436; 		6dzi1-136
Assess
The complete structure of the Mycobacterium smegmatis 70S ribosome Heteromer
A0A0D6J3X3; A0QR10; A0QS39; A0QS45; A0QS62; A0QS96; A0QS97; A0QSD0; A0QSD1; A0QSD2; A0QSD3; A0QSD4; A0QSD5; A0QSD6; A0QSD7; A0QSD9; A0QSE0; A0QSF9; A0QSG0; A0QSG1; A0QSG2; A0QSG3; A0QSG4; A0QSG5; A0QSG6; A0QSG7; A0QSG8; A0QSL4; A0QSL5; A0QSL6; A0QSL7; A0QSL9; A0QSP8; A0QSP9; A0QTP4; A0QV03; A0QV37; A0QV42; A0QVB8; A0QVQ3; A0QYU6; A0QYU7; A0R102; A0R150; A0R151; A0R215; A0R3D2; A0R3I9; A0R7F6; A0R7F7; A0R7K0; 		625×MG; 6×ZN; 1×PHE;5o611-136
Assess
Structure of the 50S large ribosomal subunit from Mycobacterium smegmatis Heteromer
A0QS39; A0QS45; A0QS62; A0QSD1; A0QSD2; A0QSD3; A0QSD4; A0QSD6; A0QSD9; A0QSF9; A0QSG0; A0QSG1; A0QSG4; A0QSG5; A0QSG7; A0QSG8; A0QSL4; A0QSL9; A0QSP8; A0QTP4; A0QV03; A0QV42; A0QYU6; A0QYU7; A0R150; A0R151; A0R215; A0R3D2; A0R3I9; A0R7F6; A0R7K0; 		408×MG; 4×ZN; 1×PHE;5o601-136
Assess
Large subunit of Mycobacterium smegmatis Heteromer
A0QSD1; A0QSD2; A0QSD3; A0QSD4; A0QSD6; A0QSD9; A0QSF9; A0QSG0; A0QSG1; A0QSG4; A0QSG5; A0QSG7; A0QSG8; A0QSL4; A0QSL9; A0QSP8; A0QTP4; A0QV03; A0QV42; A0QYU6; A0QYU7; A0R150; A0R151; A0R3D2; A0R3I9; A0R551; A0R7F6; A0R7K0; 		146×MG;5xym1-135
Assess
M. smegmatis P/P state 50S ribosomal subunit Heteromer
A0QS39; A0QS45; A0QS62; A0QSD1; A0QSD2; A0QSD3; A0QSD4; A0QSD6; A0QSD9; A0QSF9; A0QSG0; A0QSG1; A0QSG4; A0QSG5; A0QSG7; A0QSG8; A0QSL4; A0QSL9; A0QSP8; A0QTP4; A0QV03; A0QV42; A0QYU6; A0QYU7; A0R150; A0R151; A0R215; A0R3D2; A0R3I9; A0R7F6; A0R7K0; 		5zet1-134
Assess
M. Smegmatis P/P state 70S ribosome structure Heteromer
A0A0D6J3X3; A0QR10; A0QS39; A0QS45; A0QS62; A0QS96; A0QS97; A0QSD0; A0QSD1; A0QSD2; A0QSD3; A0QSD4; A0QSD5; A0QSD6; A0QSD7; A0QSD9; A0QSE0; A0QSF9; A0QSG0; A0QSG1; A0QSG2; A0QSG3; A0QSG4; A0QSG5; A0QSG6; A0QSG7; A0QSG8; A0QSL4; A0QSL5; A0QSL6; A0QSL7; A0QSL9; A0QSP8; A0QSP9; A0QTP4; A0QV03; A0QV37; A0QV42; A0QVB8; A0QVQ3; A0QYU6; A0QYU7; A0R102; A0R150; A0R151; A0R215; A0R3D2; A0R3I9; A0R7F6; A0R7F7; A0R7K0; 		5zeb1-134
Assess
M. smegmatis hibernating state 70S ribosome structure Heteromer
A0A0D6J3X3; A0QR10; A0QS39; A0QS45; A0QS62; A0QS96; A0QS97; A0QSD0; A0QSD1; A0QSD2; A0QSD3; A0QSD4; A0QSD5; A0QSD6; A0QSD7; A0QSD9; A0QSE0; A0QSF9; A0QSG0; A0QSG1; A0QSG2; A0QSG3; A0QSG4; A0QSG5; A0QSG6; A0QSG7; A0QSG8; A0QSL4; A0QSL5; A0QSL6; A0QSL7; A0QSL9; A0QSP8; A0QSP9; A0QTK6; A0QTP4; A0QV03; A0QV37; A0QV42; A0QVB8; A0QVQ3; A0QYU6; A0QYU7; A0R102; A0R150; A0R151; A0R215; A0R3D2; A0R3I9; A0R7F6; A0R7F7; A0R7K0; 		5zep1-134
Assess