P0DOY9 (RS8_THET8) Thermus thermophilus (strain HB8 / ATCC 27634 / DSM 579)

30S ribosomal protein S8 UniProtKBInterProSTRINGInteractive Modelling

138 aa; Sequence (Fasta) Identical sequences: Thermus thermophilus: P24319; A0A3P4AUZ6; P62668

Sequence Features

 4-138Ribosomal protein S8
IPR000630PF00410

Sequence Alignments

Experimental structures

DescriptionOligo-stateLigandsStructureRangeDownloadAssess
Modified uridines with C5-methylene substituents at the first position of the tRNA anticodon stabil… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
206×MG; 62×K;PAR;ZN;2vqe1-138
Structure of the Thermus thermophilus 30S ribosomal subunit complexed with a human anti-codon stem … Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
186×MG;PAR;ZN;3t1y1-138
Structure of the Thermus thermophilus 30S ribosomal subunit complexed with a Valine-ASL with cmo5U … Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
PAR; 218×MG; 35×K;ZN;2uub1-138
Structure of the Thermus thermophilus 30S ribosomal subunit complexed with a Valine-ASL with cmo5U … Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
PAR; 170×MG; 22×K;ZN;2uua1-138
Crystal structure of an extended tRNA anticodon stem loop in complex with its cognate mRNA UCGU in … Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
PAR; 192×MG; 26×K;ZN;2uxc1-138
Modified uridines with C5-methylene substituents at the first position of the tRNA anticodon stabil… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
PAR; 214×MG; 73×K;ZN;2vqf1-138
Crystal structure of the 30S ribosome in complex with compound 1 Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
240×MG; 17×K;ON0;ZN;4b3m1-138
Structure of T. thermophilus 70S ribosome complex with mRNA and tRNALys in the A-site with wobble p… Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP7; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
772×MG;SF4;ZN;5e811-138
Crystal structure of aminoglycoside TC007 co-crystallized with 70S ribosome from Thermus thermophil… Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
8UZ; 846×MG;ZN;5ndk1-138
Structure of T. thermophilus 70S ribosome complex with mRNA, tRNAfMet and cognate tRNAThr in the A-… Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
874×MG;SF4;ZN;6gsj1-138
Crystal structure of a translation termination complex formed with release factor RF2. Heteromer
P36238; P60558; P61941; P62238; P62613; P62652; P62653; P62654; P62655; P62656; P62657; P62658; P62659; P62660; P62661; P62662; P62663; P62664; P62665; P62666; P62667; P62668; P62669; P80340; Q56435; Q72G84; Q72GJ6; Q72GV5; Q72GW3; Q72HR2; Q72HR3; Q72I04; Q72I05; Q72I06; Q72I07; Q72I09; Q72I11; Q72I12; Q72I16; Q72I19; Q72I20; Q72I22; Q72I23; Q72I33; Q72IA7; Q72IN1; Q72JR0; Q72JU9; Q72L76; Q72L77;
1587×MG;ZN;4v671-138
Crystal Structure of t6A37-ASLLysUUU AAA-mRNA Bound to the Decoding Center Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
PAR; 107×MG;ZN;1xmq1-138
Crystal structure of the 30S ribosome in complex with compound 30 Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
207×MG; 14×K;M5Z;ZN;4b3r1-138
Crystal structure of the 30S ribosome in complex with compound 39 Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
219×MG; 17×K;3TS;ZN;4b3t1-138
STRUCTURE OF THE THERMUS THERMOPHILUS 30S RIBOSOMAL SUBUNIT IN COMPLEX WITH THE ANTIBIOTICS STREPTO… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
PAR; 96×MG;SCM;SRY;ZN;1fjg1-138
Structure of the Thermus thermophilus 30S ribosomal subunit bound to codon and near-cognate transfe… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
PAR; 158×MG;ZN;1n321-138
Structure of an Inosine-Adenine Wobble Base Pair Complex in the Context of the Decoding Center Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
PAR; 107×MG;ZN;1xnq1-138
Complex of 70S ribosome with tRNA-Tyr and mRNA with A-A mismatch in the first position in the A-sit… Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
661×MG;PAR;ZN;4wra1-138
Structure of the Thermus thermophilus 30S Ribosomal Subunit Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
188×UNX;ZN;1j5e1-138
Complex of 70S ribosome with tRNA-Tyr and mRNA with A-A mismatch in the first position in the A-sit… Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
652×MG;ZN;4wr61-138
Crystal structures of pseudouridinilated stop codons with ASLs Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
14×MG;PAR;4jya1-138
Crystal Structure of an Inosine-Cytosine Wobble Base Pair in the Context of the Decoding Center Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
PAR; 108×MG;ZN;1xnr1-138
70S ribosome elongation complex (EC) with experimentally assigned potassium ions Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP7; Q5SLP8; Q5SLQ0; Q5SLQ1; Q8VVE3; Q9Z9H5;
211×K; 585×MG;SF4;ZN;6qnr1-138
Structure of T. thermophilus 70S ribosome complex with mRNA and tRNALys in the A-site with a U-U mi… Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP7; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
593×MG;PAR;SF4;ZN;5el61-138
Structure of the Thermus thermophilus 30S ribosomal subunit complexed with a Valine-ASL with cmo5U … Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
PAR; 161×MG; 36×K;ZN;2uu91-138
Crystal structure of an extended tRNA anticodon stem loop in complex with its cognate mRNA GGGU in … Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
PAR; 131×MG; 10×K;ZN;2uxb1-138
Structure of the Thermus thermophilus 30S ribosomal subunit complexed with a Valine-ASL with cmo5U … Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
PAR; 184×MG; 56×K;ZN;2uuc1-138
The structure of EF-Tu and aminoacyl-tRNA bound to the 70S ribosome with a GTP analog Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60339; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P62669; P80339; P80340; P80371; P80372; P80373; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP7; Q5SLP8; Q5SLQ0; Q9Z9H5;
PAR;ZN;GCP;MG;4v5l1-138
E. coli release factor 1 bound to the 70S ribosome in response to a pseudouridylated stop codon Heteromer
P0A7I0; P60493; P61941; P62238; P62613; P62652; P62653; P62654; P62655; P62656; P62657; P62658; P62659; P62660; P62661; P62662; P62663; P62664; P62665; P62666; P62667; P62668; P62669; P80340; Q72G84; Q72GV5; Q72GW3; Q72HR2; Q72I04; Q72I05; Q72I06; Q72I07; Q72I09; Q72I11; Q72I12; Q72I14; Q72I15; Q72I16; Q72I19; Q72I20; Q72I22; Q72I23; Q72I28; Q72I33; Q72IA7; Q72IN1; Q72JR0; Q72JU9; Q72L76; Q72L77;
1510×MG;ZN;5j4d1-138
Complex of 70S ribosome with cognate tRNA-Tyr in the P-site Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P27150; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
699×MG;ZN;4wzd1-138
Elongation complex of the 70S ribosome with three tRNAs and mRNA. Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP6; Q5SLP8; Q5SLQ0; Q5SLQ1; Q8VVE2; Q8VVE3; Q9Z9H5;
3256×MG;ZN;4v6f1-138
Complex of 70S ribosome with tRNA-Tyr and mRNA with C-A mismatch in the first position in the A-sit… Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP2; Q5SHP3; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q72I06; Q72I12; Q72IA7; Q9Z9H5;
618×MG;ZN;4wq11-138
Structure of the Thermus thermophilus 30S ribosomal subunit complexed with a human anti-codon stem … Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
185×MG;PAR;ZN;3t1h1-138
STRUCTURE OF THE THERMUS THERMOPHILUS 30S RIBOSOMAL SUBUNIT IN COMPLEX WITH A MESSENGER RNA FRAGMEN… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
PAR; 125×MG;ZN;1ibl1-138
Crystal Structure of 30S ribosomal subunit from Thermus thermophilus Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
SRY; 325×MG;ZN;4ji11-138
Crystal structure of the 30S ribosome in complex with compound 37 Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
166×MG; 13×K;RPO;ZN;4b3s1-138
Structure of T. thermophilus 70S ribosome complex with mRNA, tRNAfMet and cognate tRNAArg in the A-… Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P27150; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP6; Q5SLP8; Q5SLQ0; Q5SLQ1; Q8VVE2; Q8VVE3; Q9Z9H5;
954×MG;SF4;ZN;6gsl1-138
Crystal structures of pseudouridinilated stop codons with ASLs Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
17×MG;ZN;4jv51-138
X-ray Crystal complex showing Spontaneous Ribosomal Translocation of mRNA and tRNAs into a Chimeric… Heteromer
A0A1J1EJ43; P60493; P61941; P62238; P62613; P62653; P62654; P62655; P62656; P62657; P62658; P62659; P62660; P62661; P62662; P62663; P62664; P62665; P62666; P62667; P62668; P62669; P80339; P80340; Q72G84; Q72GV5; Q72GW3; Q72HR2; Q72I04; Q72I05; Q72I06; Q72I07; Q72I09; Q72I11; Q72I12; Q72I14; Q72I15; Q72I16; Q72I19; Q72I20; Q72I22; Q72I23; Q72I28; Q72I33; Q72IA7; Q72IN1; Q72JR0; Q72JU9; Q72L76; Q72L77;
218×MG;SF4;6n1d1-138
Conformation of methylated GGQ in the Peptidyl Transferase Center during translation termination (T… Heteromer
F6DD48; P0DOY7; P17293; P23370; P24316; P24319; P24320; P27152; P36238; P41201; P48286; P52860; P60489; P60490; P60493; P60494; P62238; P62612; P62654; P62655; P62659; P62662; P62663; P62664; P62667; P62669; P74909; P74910; P80256; P80320; P80339; P80340; P80341; P80375; P80378; P80380; P80381; Q56435; Q5SHN9; Q5SHP8; Q5SLP7; Q5SLQ1; Q72GW3; Q72HR2; Q72I07; Q72I12; Q72I33; Q72IA7; Q72IN1; Q72JR0; Q72L76; Q9RA57;
218×MG;ZN;6c5l1-138
CRYSTAL STRUCTURE OF INITIATION FACTOR IF1 BOUND TO THE 30S RIBOSOMAL SUBUNIT Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SHR1; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
65×MG;ZN;1hr01-138
Complex of 70S ribosome with tRNA-Tyr and mRNA with G-U mismatch in the second position in the P-si… Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P27150; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
708×MG;ZN;4wu11-138
CRYSTAL STRUCTURES OF THE SMALL RIBOSOMAL SUBUNIT WITH TETRACYCLINE, EDEINE AND IF3 Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
75×MG; 14×WO2;ZN;1i941-138
Crystal structure of an extended tRNA anticodon stem loop in complex with its cognate mRNA CGGG in … Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
PAR; 70×MG;K;ZN;2uxd1-138
Structural basis for translation termination on the 70S ribosome. Heteromer
P61941; P62238; P62613; P62652; P62653; P62654; P62655; P62656; P62657; P62658; P62659; P62660; P62661; P62662; P62663; P62664; P62665; P62666; P62667; P62668; P62669; P80340; Q72G84; Q72GS1; Q72GV5; Q72GW3; Q72HB8; Q72HR2; Q72HR3; Q72I04; Q72I05; Q72I06; Q72I07; Q72I09; Q72I11; Q72I12; Q72I14; Q72I15; Q72I16; Q72I19; Q72I20; Q72I22; Q72I23; Q72I33; Q72IA7; Q72IN1; Q72JR0; Q72JU9; Q72L76; Q72L77;
1260×MG;ZN;4v631-138
Crystal structure of the Thermus thermophilus (HB8) 30S ribosomal subunit with multiple copies of p… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
17×PAR; 321×MG;ZN;4dr21-138
Crystal Structure of mnm5U34t6A37-tRNALysUUU Complexed with AAG-mRNA in the Decoding Center Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
PAR; 107×MG;ZN;1xmo1-138
Crystal structure of the Thermus thermophilus 30S ribosomal subunit with a 16S rRNA mutation, A915G… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
SRY; 292×MG;ZN;4dv71-138
Crystal structure of the Thermus thermophilus 30S ribosomal subunit with a 16S rRNA mutation, A915G Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
320×MG;ZN;4dv61-138
Crystal Structure of 30S ribosomal subunit from Thermus thermophilus Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
253×MG; 22×K;ZN;5wnp1-138
Crystal Structure of 30S ribosomal subunit from Thermus thermophilus Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
252×MG; 22×K;B6M;ZN;5wnt1-138
Crystal Structure of 30S ribosomal subunit from Thermus thermophilus Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
251×MG; 22×K;B6M;ZN;5wnv1-138
STRUCTURE OF THE THERMUS THERMOPHILUS 30S RIBOSOMAL SUBUNIT IN COMPLEX WITH HYGROMYCIN B Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
96×MG;HYG;ZN;1hnz1-138
Crystal structure of the Thermus thermophilus 30S ribosomal subunit Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
ZN;2zm61-138
Structure of RelE nuclease bound to the 70S ribosome (precleavage state) Heteromer
P0C077; P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP7; Q5SLP8; Q5SLQ0; Q5SLQ1; Q8VVE3; Q9Z9H5;
ZN; 532×MG;4v7j1-138
A snapshot of the 30S ribosomal subunit capturing mRNA via the Shine- Dalgarno interaction Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
ZN;2e5l1-138
Crystal structure of the Thermus thermophilus (HB8) 30S ribosomal subunit with codon, near-cognate … Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
376×MG;SRY;ZN;4dr61-138
STRUCTURE OF THE THERMUS THERMOPHILUS 30S RIBOSOMAL SUBUNIT IN COMPLEX WITH A MESSENGER RNA FRAGMEN… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
120×MG;ZN;1ibm1-138
STRUCTURE OF THE THERMUS THERMOPHILUS 30S RIBOSOMAL SUBUNIT IN COMPLEX WITH THE ANTIBIOTIC PAROMOMY… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
PAR; 113×MG;ZN;1ibk1-138
Structure of the Thermus thermophilus 30S ribosomal subunit complexed with a 2-thiocytidine (s2C32)… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
PAR; 103×MG;ZN;6mpf1-138
Structure of the Thermus thermophilus 30S ribosomal subunit complexed with a 2-thiocytidine (s2C32)… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
96×MG;PAR;ZN;6mpi1-138
The 70S P-site ASL SufA6 complex Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
325×MG;ZN;5vpo1-138
Crystal Structure of 30S ribosomal subunit from Thermus thermophilus Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
PAR; 317×MG; 46×K;ZN;4x651-138
Crystal structure of the Thermus thermophilus (HB8) 30S ribosomal subunit with streptomycin bound Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
SRY; 264×MG;ZN;4dr31-138
Structure of the Thermus thermophilus 30S ribosomal subunit bound to codon and near-cognate transfe… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
PAR; 106×MG;ZN;1n331-138
Crystal Structure of 30S ribosomal subunit from Thermus thermophilus Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
SRY; 246×MG;ZN;4ji31-138
Crystal Structure of 30S ribosomal subunit from Thermus thermophilus Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
PAR; 311×MG; 41×K;ZN;4x641-138
Structure of Thermus thermophilus ribosome Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P69348; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP7; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
352×MG;ZN;4v8x1-138
Crystal structure of kasugamycin bound to the 30S ribosomal subunit Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
KSG;2hhh1-138
Structure of T. thermophilus 70S ribosome complex with mRNA, tRNAfMet and near-cognate tRNAThr in t… Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
638×MG;SF4;ZN;6gsk1-138
Crystal structure of the Thermus thermophilus 30S ribosomal subunit with a 16S rRNA mutation, U13C Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
312×MG;ZN;4duy1-138
Crystal structure of a complex containing domain 3 of CrPV IGR IRES RNA bound to the 70S ribosome. Heteromer
P61941; P62238; P62613; P62652; P62653; P62654; P62655; P62656; P62657; P62658; P62659; P62660; P62661; P62662; P62663; P62664; P62665; P62666; P62667; P62668; P62669; P80340; Q72G84; Q72GS1; Q72GV5; Q72GW3; Q72HR2; Q72HR3; Q72I04; Q72I05; Q72I06; Q72I07; Q72I09; Q72I11; Q72I12; Q72I14; Q72I15; Q72I16; Q72I19; Q72I20; Q72I22; Q72I23; Q72I33; Q72IA7; Q72IN1; Q72JR0; Q72JU9; Q72L76; Q72L77;
595×MG;ZN;4v841-138
Crystal structure of the 70S ribosome bound with the Q253P mutant of release factor RF2. Heteromer
P61941; P62238; P62442; P62613; P62652; P62653; P62654; P62655; P62656; P62657; P62658; P62659; P62660; P62661; P62662; P62663; P62664; P62665; P62666; P62667; P62668; P62669; P80340; Q72G84; Q72GJ6; Q72GV5; Q72GW3; Q72HR2; Q72HR3; Q72I04; Q72I05; Q72I06; Q72I07; Q72I09; Q72I11; Q72I12; Q72I14; Q72I15; Q72I16; Q72I19; Q72I20; Q72I22; Q72I23; Q72I33; Q72IA7; Q72IN1; Q72JR0; Q72JU9; Q72L76; Q72L77;
1284×MG;ZN;4v9n1-138
STRUCTURE OF THE THERMUS THERMOPHILUS 30S RIBOSOMAL SUBUNIT IN COMPLEX WITH PACTAMYCIN Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
96×MG;PCY;ZN;1hnx1-138
Crystal structure of the Thermus thermophilus 30S ribosomal subunit complexed with a serine-ASL and… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
4k0k1-138
Crystal Structure of 30S ribosomal subunit from Thermus thermophilus in complex with Sisomicin Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
252×MG;SIS;ZN;6cap1-138
Crystal Structure of Blasticidin S Bound to Thermus Thermophilus 70S Ribosome. Heteromer
P61941; P62238; P62613; P62652; P62653; P62654; P62655; P62656; P62657; P62658; P62659; P62660; P62661; P62662; P62663; P62664; P62665; P62666; P62667; P62668; P62669; P80340; Q72G84; Q72GV5; Q72GW3; Q72HR2; Q72HR3; Q72I04; Q72I05; Q72I06; Q72I07; Q72I09; Q72I11; Q72I12; Q72I14; Q72I15; Q72I16; Q72I19; Q72I20; Q72I22; Q72I23; Q72I33; Q72IA7; Q72IN1; Q72JR0; Q72JU9; Q72L76; Q72L77;
BLS; 2050×MG;ZN;4v9q1-138
Crystal Structure of 30S ribosomal subunit from Thermus thermophilus Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
400×MG;EUS;ZN;6caq1-138
Serial Femtosecond X-ray Crystal Structure of 30S ribosomal subunit from Thermus thermophilus in co… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
283×MG;SIS;ZN;6car1-138
Crystal Structure of 30S ribosomal subunit from Thermus thermophilus Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
252×MG; 22×K;B6M;ZN;5wnu1-138
Antibiotic blasticidin S and E. coli release factor 1 bound to the 70S ribosome Heteromer
A7ZKY5; P61941; P62238; P62613; P62652; P62653; P62654; P62655; P62656; P62657; P62658; P62659; P62660; P62661; P62662; P62663; P62664; P62665; P62666; P62667; P62668; P62669; P80340; Q72G84; Q72GV5; Q72GW3; Q72HR2; Q72HR3; Q72I04; Q72I05; Q72I06; Q72I07; Q72I09; Q72I11; Q72I12; Q72I14; Q72I15; Q72I16; Q72I19; Q72I20; Q72I22; Q72I23; Q72I28; Q72I33; Q72IA7; Q72IN1; Q72JR0; Q72JU9; Q72L76; Q72L77;
896×MG;BLS;ZN;6b4v1-138
STRUCTURE OF THE THERMUS THERMOPHILUS 30S RIBOSOMAL SUBUNIT IN COMPLEX WITH TETRACYCLINE Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
96×MG;TAC;ZN;1hnw1-138
Crystal Structure of bactobolin A bound to 70S ribosome-tRNA complex Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP7; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
PAR;3V6;MG;4wt81-138
Ambient-temperature crystal structure of 30S ribosomal subunit from Thermus thermophilus in complex… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
PAR; 287×MG;ZN;5br81-138
Antibiotic blasticidin S and E. coli release factor 1 (containing deletion 302-304) bound to the 70… Heteromer
B7MKB3; P61941; P62238; P62613; P62652; P62653; P62654; P62655; P62656; P62657; P62658; P62659; P62660; P62661; P62662; P62663; P62664; P62665; P62666; P62667; P62668; P62669; P80340; Q72G84; Q72GV5; Q72GW3; Q72HR2; Q72HR3; Q72I04; Q72I05; Q72I06; Q72I07; Q72I09; Q72I11; Q72I12; Q72I14; Q72I15; Q72I16; Q72I19; Q72I20; Q72I22; Q72I23; Q72I28; Q72I33; Q72IA7; Q72IN1; Q72JR0; Q72JU9; Q72L76; Q72L77;
727×MG;BLS;ZN;6boh1-138
Crystal structure of the 30S ribosomal subunit from Thermus thermophilus in complex with tigecycline Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
T1C; 103×MG;ZN;4yhh1-138
Crystal Structure of 30S ribosomal subunit from Thermus thermophilus Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
PAR; 301×MG; 46×K;ZN;4x661-138
Crystal Structure of 30S ribosomal subunit from Thermus thermophilus Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
PAR; 280×MG; 29×K;ZN;4x621-138
Insights into translational termination from the structure of RF2 bound to the ribosome Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP6; Q5SLP7; Q5SLP8; Q5SLQ0; Q5SLQ1; Q5SM01; Q9Z9H5;
546×MG;ZN;4v5e1-138
Crystal structure of the Thermus thermophilus (HB8) 30S ribosomal subunit with codon, crystallograp… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
272×MG;SRY;ZN;4dr51-138
Structure of the ribosomal decoding complex at ambient temperature Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
PAR; 37×K; 303×MG;ZN;6cao1-138
Structure of the Thermus thermophilus 30S ribosomal subunit complexed with an inosine (I34) modifie… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
PAR; 78×MG;6mkn1-138
Crystal Structure of 30S ribosomal subunit from Thermus thermophilus Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
306×MG;ZN;4ji01-138
Crystal Structure of 30S ribosomal subunit from Thermus thermophilus Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
254×MG;ZN;5wnq1-138
Crystal Structure of 30S ribosomal subunit from Thermus thermophilus Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
254×MG;ZN;5wnr1-138
Crystal Structure of 30S ribosomal subunit from Thermus thermophilus Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
254×MG;ZN;5wns1-138
Crystal structure of a complex containing domain 3 from the PSIV IGR IRES RNA bound to the 70S ribo… Heteromer
P61941; P62238; P62613; P62652; P62653; P62654; P62655; P62656; P62657; P62658; P62659; P62660; P62661; P62662; P62663; P62664; P62665; P62666; P62667; P62668; P62669; P80340; Q72G84; Q72GS1; Q72GV5; Q72GW3; Q72HR2; Q72HR3; Q72I04; Q72I05; Q72I06; Q72I07; Q72I09; Q72I11; Q72I12; Q72I14; Q72I15; Q72I16; Q72I19; Q72I20; Q72I22; Q72I23; Q72I33; Q72IA7; Q72IN1; Q72JR0; Q72JU9; Q72L76; Q72L77;
1169×MG;ZN;4v831-138
Crystal Structure of 30S ribosomal subunit from Thermus thermophilus Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
451×MG;ZN;4ji71-138
Crystal structure of the 30S ribosomal subunit from Thermus thermophilus in complex with the GE8111… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
204×MG;ZN;6EK;5iwa1-138
70S ribosome translocation intermediate GDPNP-I containing elongation factor EFG/GDPNP, mRNA, and t… Heteromer
P61941; P62238; P62442; P62652; P62653; P62654; P62655; P62656; P62657; P62658; P62659; P62660; P62661; P62662; P62663; P62664; P62665; P62666; P62667; P62668; P62669; P80340; Q72G84; Q72GS2; Q72GV9; Q72GW3; Q72HR2; Q72HR3; Q72I01; Q72I04; Q72I05; Q72I06; Q72I07; Q72I09; Q72I11; Q72I12; Q72I14; Q72I15; Q72I16; Q72I19; Q72I20; Q72I22; Q72I23; Q72I28; Q72I33; Q72IA7; Q72IN1; Q72JR0; Q72JU9; Q72L76; Q72L77;
GNP;MG;4v9k1-138
Initiation complex of 70S ribosome with two tRNAs and mRNA. Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
1437×MG;ZN;4v6g1-138
70S ribosome initiation complex (IC) with experimentally assigned potassium ions Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP7; Q5SLP8; Q5SLQ0; Q5SLQ1; Q8VVE3; Q9Z9H5;
169×K; 542×MG;SF4;ZN;6qnq1-138
Serial Femtosecond X-ray Crystal Structure of 30S ribosomal subunit from Thermus thermophilus in co… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
300×MG;EUS;ZN;6cas1-138
Structure of ribosome-apramycin complexes Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
203×MG; 15×K;AM2;ZN;4aqy1-138
70S Ribosome translocation intermediate FA-3.6A containing elongation factor EFG/FUSIDIC ACID/GDP, … Heteromer
P61941; P62238; P62442; P62652; P62653; P62654; P62655; P62656; P62657; P62658; P62659; P62660; P62661; P62662; P62663; P62664; P62665; P62666; P62667; P62668; P62669; P80340; Q72G84; Q72GS2; Q72GV9; Q72GW3; Q72HR2; Q72HR3; Q72I01; Q72I04; Q72I05; Q72I06; Q72I07; Q72I09; Q72I11; Q72I12; Q72I14; Q72I15; Q72I16; Q72I19; Q72I20; Q72I22; Q72I23; Q72I28; Q72I33; Q72IA7; Q72IN1; Q72JR0; Q72JU9; Q72L76; Q72L77;
FUA;GDP;MG;4v9l1-138
Structure of the Thermus thermophilus 30S ribosomal subunit complexed with an unmodifed anticodon s… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
PAR; 94×MG;6dti1-138
Crystal structure of the Thermus thermophilus 30S ribosomal subunit with a 16S rRNA mutation, C912A… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
SRY; 281×MG;ZN;4dv31-138
E. coli release factor 1 (containing deletion 302-304) bound to the 70S ribosome Heteromer
B7MKB3; P61941; P62238; P62613; P62652; P62653; P62654; P62655; P62656; P62657; P62658; P62659; P62660; P62661; P62662; P62663; P62664; P62665; P62666; P62667; P62668; P62669; Q72G84; Q72GV5; Q72GW3; Q72HR2; Q72HR3; Q72I04; Q72I05; Q72I06; Q72I07; Q72I09; Q72I11; Q72I12; Q72I14; Q72I15; Q72I16; Q72I19; Q72I20; Q72I22; Q72I23; Q72I28; Q72I33; Q72IA7; Q72IN1; Q72JR0; Q72JU9; Q72L76; Q72L77;
826×MG;ZN;6bok1-138
Crystal Structure of 30S ribosomal subunit from Thermus thermophilus Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
401×MG;ZN;4ji61-138
30S ribosomal subunit- HigB complex Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0; Q7A225;
194×MG;ZN;4yy31-138
Crystal structure of the apo 30S ribosomal subunit from Thermus thermophilus (HB8) Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
254×MG;ZN;4dr11-138
Recognition of the amber stop codon by release factor RF1. Heteromer
P61941; P62238; P62613; P62652; P62653; P62654; P62655; P62656; P62657; P62658; P62659; P62660; P62661; P62662; P62663; P62664; P62665; P62666; P62667; P62668; P62669; P80340; Q72G84; Q72GS1; Q72GV5; Q72GW3; Q72HB8; Q72HR2; Q72HR3; Q72I04; Q72I05; Q72I06; Q72I07; Q72I09; Q72I11; Q72I12; Q72I14; Q72I15; Q72I16; Q72I19; Q72I20; Q72I22; Q72I23; Q72I33; Q72IA7; Q72IN1; Q72JR0; Q72JU9; Q72L76; Q72L77;
250×MG;ZN;4v7p1-138
Crystal structure of T. thermophilus ribosome containing a P-site wobble mismatch Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP6; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
1069×MG;ZN;5d8b1-138
Crystal Structure of 30S ribosomal subunit from Thermus thermophilus Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
293×MG;ZN;4ji21-138
Crystal structure of the Thermus thermophilus 30S ribosomal subunit with a 16S rRNA mutation, C912A Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
289×MG;ZN;4dv21-138
Structure of the Thermus thermophilus 30S ribosomal subunit in the presence of crystallographically… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
ZN;1n361-138
Crystal structure of the Thermus thermophilus 30S ribosomal subunit with a 16S rRNA mutation, A914G Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
287×MG;ZN;4dv41-138
Crystal structure of the Thermus thermophilus 30S ribosomal subunit with a 16S rRNA mutation, U13C,… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
SRY; 267×MG;ZN;4duz1-138
Crystal structure of the Thermus thermophilus 30S ribosomal subunit with a 16S rRNA mutation, A914G… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
SRY; 273×MG;ZN;4dv51-138
Crystal Structure of the 30S ribosomal subunit from a KsgA mutant of Thermus thermophilus (HB8) Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
94×MG; 42×K;ZN;3oto1-138
Crystal Structure of 30S ribosomal subunit from Thermus thermophilus Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
274×MG;ZN;4ji41-138
Crystal Structure of a 70S Ribosome-tRNA Complex Reveals Functional Interactions and Rearrangements. Heteromer
P61941; P62238; P62613; P62652; P62653; P62654; P62655; P62656; P62657; P62658; P62659; P62660; P62661; P62662; P62663; P62664; P62665; P62666; P62667; P62668; P62669; P80340; Q72G84; Q72GV5; Q72GV9; Q72HR2; Q72HR3; Q72I04; Q72I05; Q72I06; Q72I07; Q72I09; Q72I11; Q72I12; Q72I14; Q72I15; Q72I16; Q72I19; Q72I20; Q72I22; Q72I23; Q72I28; Q72I33; Q72IA7; Q72IN1; Q72JU9; Q72L76; Q72L77;
4v4i1-138
Crystal Structure of 30S ribosomal subunit from Thermus thermophilus Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
SRY; 414×MG;ZN;4ji81-138
Crystal structure of the Thermus thermophilus (HB8) 30S ribosomal subunit with codon, crystallograp… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
344×MG;SRY;ZN;4dr71-138
30S ribosome + designer antibiotic Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
101×MG; 12×K;D2C;AB9;ZN;2f4v1-138
70S ribosome translocation intermediate containing elongation factor EFG/GDP/fusidic acid, mRNA, an… Heteromer
A0A1J1EJ43; A0A1J1EU54; P0DOY7; P41201; P60490; P60493; P60494; P61941; P62238; P62442; P62653; P62654; P62655; P62656; P62657; P62659; P62660; P62662; P62663; P62664; P62665; P62666; P62667; P62668; P80339; P80340; P80374; P80380; Q5SHN9; Q72GS2; Q72GW3; Q72HR2; Q72I01; Q72I04; Q72I06; Q72I07; Q72I09; Q72I11; Q72I12; Q72I15; Q72I19; Q72I20; Q72I22; Q72I23; Q72I28; Q72I33; Q72IA7; Q72IN1; Q72JR0; Q72L76; Q72L77;
GDP;FUA;NMY;MG;4w291-138
IRES bound to bacterial Ribosome Heteromer
P61941; P62238; P62442; P62613; P62652; P62653; P62654; P62655; P62656; P62657; P62658; P62659; P62660; P62661; P62662; P62663; P62664; P62665; P62666; P62667; P62668; P62669; P80340; Q72G84; Q72GV5; Q72GW3; Q72HR2; Q72HR3; Q72I04; Q72I05; Q72I06; Q72I07; Q72I09; Q72I11; Q72I12; Q72I14; Q72I15; Q72I16; Q72I19; Q72I20; Q72I22; Q72I23; Q72I33; Q72IA7; Q72IN1; Q72JR0; Q72JU9; Q72L76; Q72L77;
ZN;4xej1-138
Structure of the Thermus thermophilus 30S ribosomal subunit in the presence of codon and crystallog… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
ZN;1n341-138
Interactions and Dynamics of the Shine-Dalgarno Helix in the 70S Ribosome. Heteromer
P61941; P62238; P62613; P62652; P62653; P62654; P62655; P62656; P62657; P62658; P62659; P62660; P62661; P62662; P62663; P62664; P62665; P62666; P62667; P62668; P62669; P80340; Q72G84; Q72GV5; Q72GV9; Q72HR2; Q72HR3; Q72I04; Q72I05; Q72I06; Q72I07; Q72I09; Q72I11; Q72I12; Q72I14; Q72I15; Q72I16; Q72I19; Q72I20; Q72I22; Q72I23; Q72I28; Q72I33; Q72IA7; Q72IN1; Q72JU9; Q72L76; Q72L77;
4v4j1-138
Crystal structure of the Thermus thermophilus 30S ribosomal subunit with a 16S rRNA mutation, U20G,… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
SRY; 247×MG;ZN;4dv11-138
Crystal Structure of 30S ribosomal subunit from Thermus thermophilus Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
172×MG;ZN;4ji51-138
Crystal structure of the Thermus thermophilus 30S ribosomal subunit with a 16S rRNA mutation, U20G Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
277×MG;ZN;4dv01-138
70S ribosome translocation intermediate GDPNP-II containing elongation factor EFG/GDPNP, mRNA, and … Heteromer
P61941; P62238; P62442; P62652; P62653; P62654; P62655; P62656; P62657; P62658; P62659; P62660; P62661; P62662; P62663; P62664; P62665; P62666; P62667; P62668; P62669; P80340; Q72G84; Q72GS2; Q72GV9; Q72GW3; Q72HR2; Q72HR3; Q72I01; Q72I04; Q72I05; Q72I06; Q72I07; Q72I09; Q72I11; Q72I12; Q72I14; Q72I15; Q72I16; Q72I19; Q72I20; Q72I22; Q72I23; Q72I28; Q72I33; Q72IA7; Q72IN1; Q72JR0; Q72JU9; Q72L76; Q72L77;
GNP;MG;4v9j1-138
The 70S P-site tRNA SufA6 complex Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
768×MG;ZN;5vpp1-138
Crystal Structure of Frameshift Suppressor tRNA SufA6 Bound to Codon CCC-A on the Ribosome Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P62659; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ1; Q72I15; Q9Z9H5;
325×MG;PAR;ZN;4l711-138
Crystal structure of the Thermus thermophilus (HB8) 30S ribosomal subunit with codon, cognate trans… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
18×PAR; 357×MG;ZN;4dr41-138
70S Ribosome translocation intermediate FA-4.2A containing elongation factor EFG/FUSIDIC ACID/GDP, … Heteromer
P61941; P62238; P62442; P62652; P62653; P62654; P62655; P62656; P62657; P62658; P62659; P62660; P62661; P62662; P62663; P62664; P62665; P62666; P62667; P62668; P62669; P80340; Q72G84; Q72GS2; Q72GV9; Q72GW3; Q72HR2; Q72HR3; Q72I01; Q72I04; Q72I05; Q72I06; Q72I07; Q72I09; Q72I11; Q72I12; Q72I14; Q72I15; Q72I16; Q72I19; Q72I20; Q72I22; Q72I23; Q72I28; Q72I33; Q72IA7; Q72IN1; Q72JR0; Q72JU9; Q72L76; Q72L77;
FUA;GDP;4v9m1-138
Thermus thermophilus HB27 30S ribosomal subunit lacking ribosomal protein S17 Heteromer
P61941; P62238; P62613; P62653; P62654; P62655; P62656; P62657; P62659; P62660; P62661; P62662; P62663; P62664; P62665; P62666; P62667; P62668; P62669;
158×MG; 35×K;ZN;4kvb1-138
CRYSTAL STRUCTURE OF THE 30S RIBOSOMAL SUBUNIT FROM THERMUS THERMOPHILUS IN COMPLEX WITH THE TRANSL… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SKU2; Q5SLP8; Q5SLQ0;
75×MG; 12×WO2;ZN;1i961-138
CRYSTAL STRUCTURE OF THE 30S RIBOSOMAL SUBUNIT FROM THERMUS THERMOPHILUS IN COMPLEX WITH EDEINE Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
75×MG; 14×WO2;EDE;ZN;1i951-138
CRYSTAL STRUCTURE OF THE 30S RIBOSOMAL SUBUNIT FROM THERMUS THERMOPHILUS IN COMPLEX WITH TETRACYCLI… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
75×MG; 14×WO2;TAC;ZN;1i971-138
70S Thermus thermophilous ribosome functional complex with mRNA and E- and P-site tRNAs at 4.5A. Heteromer
P0DOY6; P0DOY8; P17291; P24321; P27150; P27151; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60558; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; P80382; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP6; Q5SLP8; Q9LCY4; Q9Z9H5;
4v4z1-138
The Path of Messenger RNA Through the Ribosome. THIS FILE, 1JGQ, CONTAINS THE 30S RIBOSOME SUBUNIT,… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
1jgq1-138
Crystal structure of the 70S Thermus thermophilus ribosome with translocated and rotated Shine-Dalg… Heteromer
P0DOY6; P0DOY8; P17291; P24321; P27150; P27151; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60558; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; P80382; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP6; Q5SLP8; Q9LCY4; Q9Z9H5;
4v4y1-138
Crystal structure of the ribosome at 5.5 A resolution. Heteromer
A0A0X1KGB2; P02391; P02417; P04257; P04450; P0DOY6; P0DOY7; P10971; P10972; P12732; P12735; P12737; P14116; P14123; P14124; P17291; P20276; P20279; P29198; P29395; P29396; P68918; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHP3; Q5SHQ5; Q5SHQ6; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP7; Q5SLP8; Q5SLQ0;
4v421-138
The Path of Messenger RNA Through the Ribosome. THIS FILE, 1JGO, CONTAINS THE 30S RIBOSOME SUBUNIT,… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
1jgo1-138
Crystal structure of the whole ribosomal complex. Heteromer
P02417; P0DOY6; P0DOY7; P10971; P10972; P12732; P12735; P12737; P14116; P14123; P14124; P17291; P20279; P29198; P29395; P49228; P80371; P80372; P80373; P80374; P80376; P80377; P80380; P96077; Q5L3Z4; Q5L408; Q5L413; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHP3; Q5SHQ5; Q5SHQ6; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0; Q9RSH2; Q9RSK0; Q9RSS4; Q9RSW6; Q9RSW7; Q9RW44; Q9RX88; Q9RY64; Q9RY65; Q9Z9H5;
4v4r1-138
Crystal structure of the whole ribosomal complex with a stop codon in the A-site. Heteromer
P02417; P0DOY6; P0DOY7; P10971; P10972; P12732; P12735; P12737; P14116; P14123; P14124; P17291; P20279; P29198; P29395; P49228; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5L3Z4; Q5L408; Q5L413; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHP3; Q5SHQ5; Q5SHQ6; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0; Q9RSH2; Q9RSK0; Q9RSS4; Q9RSW6; Q9RSW7; Q9RW44; Q9RX88; Q9RY64; Q9RY65; Q9Z9H5;
4v4t1-138
Crystal structure of the whole ribosomal complex. Heteromer
P02417; P0DOY6; P0DOY7; P10971; P10972; P12732; P12735; P12737; P14116; P14123; P14124; P17291; P20279; P29198; P29395; P49228; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5L3Z4; Q5L408; Q5L413; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHP3; Q5SHQ5; Q5SHQ6; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0; Q5SM01; Q9RSH2; Q9RSK0; Q9RSS4; Q9RSW6; Q9RSW7; Q9RW44; Q9RX88; Q9RY64; Q9RY65; Q9Z9H5;
4v4s1-138
The Path of Messenger RNA Through the Ribosome. THIS FILE, 1JGP, CONTAINS THE 30S RIBOSOME SUBUNIT,… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
1jgp1-138
T. thermophilus hibernating 70S ribosome Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SIS0; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
6gzq1-138
Structure of tmRNA SmpB bound in A site of T. thermophilus 70S ribosome Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP7; Q5SLP8; Q5SLQ0; Q5SLQ1; Q72I28; Q8RR57; Q9Z9H5;
637×MG;ZN;6q951-138
Structure of bacterial 30S-IF1-IF3-mRNA translation pre-initiation complex (state-1C) Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SHR1; Q5SIH3; Q5SJ76; Q5SJH3; Q5SKU2; Q5SLP8; Q5SLQ0;
108×MG;ZN;5lmp1-138
Structure of bacterial 30S-IF1-IF3-mRNA-tRNA translation pre-initiation complex, open form (state-2… Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SHR1; Q5SIH3; Q5SJ76; Q5SJH3; Q5SKU2; Q5SLP8; Q5SLQ0;
64×MG;ZN;5lmq1-138
Structure of bacterial 30S-IF1-IF3-mRNA-tRNA translation pre-initiation complex(state-2B) Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SHR1; Q5SIH3; Q5SJ76; Q5SJH3; Q5SKU2; Q5SLP8; Q5SLQ0;
ZN;MG;5lmr1-138
Structure of bacterial 30S-IF1-IF3-mRNA-tRNA translation pre-initiation complex(state-2C) Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SHR1; Q5SIH3; Q5SJ76; Q5SJH3; Q5SKU2; Q5SLP8; Q5SLQ0;
ZN;MG;5lms1-138
Structure of bacterial 30S-IF1-IF3-mRNA-tRNA translation pre-initiation complex(state-3) Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SHR1; Q5SIH3; Q5SJ76; Q5SJH3; Q5SKU2; Q5SLP8; Q5SLQ0;
86×MG;ZN;5lmt1-138
Structure of bacterial 30S-IF3-mRNA-tRNA translation pre-initiation complex, closed form (state-4) Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SKU2; Q5SLP8; Q5SLQ0;
80×MG;ZN;5lmu1-138
Structure of the E. coli ribosomal termination complex with release factor 2 Heteromer
P02391; P04450; P07012; P0DOY6; P0DOY7; P10971; P10972; P12732; P12735; P12737; P14116; P14123; P14124; P17291; P20276; P20279; P29198; P29395; P60617; P68919; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5L3Z4; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHP3; Q5SHQ5; Q5SHQ6; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP7; Q5SLP8; Q5SLQ0;
1ml51-138
Structure of bacterial 30S-IF1-IF3-mRNA translation pre-initiation complex (state-1A) Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SHR1; Q5SIH3; Q5SJ76; Q5SJH3; Q5SKU2; Q5SLP8; Q5SLQ0;
127×MG;ZN;5lmn1-138
Structure of bacterial 30S-IF1-IF3-mRNA translation pre-initiation complex (state-1B) Heteromer
P0DOY6; P0DOY7; P17291; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SHR1; Q5SIH3; Q5SJ76; Q5SJH3; Q5SKU2; Q5SLP8; Q5SLQ0;
108×MG;A;G;ZN;U;5lmo1-138
Structure of bacterial 30S-IF1-IF2-IF3-mRNA-tRNA translation pre-initiation complex(state-III) Heteromer
P0DOY6; P0DOY7; P17291; P48515; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SHR1; Q5SIH3; Q5SJ76; Q5SJH3; Q5SKU2; Q5SLP8; Q5SLQ0;
ZN;MG;FME;5lmv1-138
Ribosome Structure bound to ABC-F protein. Heteromer
A0A1I9WCL8; P0DOY6; P0DOY8; P17291; P24321; P27150; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60558; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; P80382; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP6; Q5SLP8; Q8VVE3; Q9LCY4; Q9Z9H5;
MG;ANP;5zlu1-138
Elongation factor G-ribosome complex captures in the absence of inhibitors. Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN5; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP7; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
462×MG;ZN;GDP;5ot71-138
Complex of Thermous thermophilus ribosome bound to BipA-GDPCP Heteromer
P0A3B2; P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP6; Q5SLP7; Q5SLP8; Q5SLQ0; Q8VVE3; Q9Z9H5;
NMY;GCP;5a9z1-138
Complex of Thermous thermophilus ribosome (A-and P-site tRNA) bound to BipA-GDPCP Heteromer
P0A3B2; P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP6; Q5SLP7; Q5SLP8; Q5SLQ0; Q8VVE3; Q9Z9H5;
NMY;8AN;GCP;5aa01-138
Crystal structure of the Thermus thermophilus 70S ribosome in the post-catalysis state of peptide b… Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
1165×MG;SF4;ZN;K;1vy52-138
Crystal structure of the Thermus thermophilus 70S ribosome in complex with pikromycin and bound to … Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
1411×MG;K;AQJ;ZN;SF4;5wit2-138
Crystal structure of the Thermus thermophilus 70S ribosome in the pre-attack state of peptide bond … Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
1159×MG;SF4;ZN;K;1vy42-138
Crystal structure of the Thermus thermophilus 70S ribosome in complex with chloramphenicol and boun… Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
1576×MG;CLM;K;ZN;SF4;6nd52-138
Crystal structure of the Thermus thermophilus 70S ribosome in complex with NOSO-95179 antibiotic an… Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
1651×MG;K;ZN;SF4;6cae2-138
Crystal structure of the Thermus thermophilus 70S ribosome in complex with lysyl-CAM and bound to p… Heteromer
P0AD51; P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
1474×MG;K;EZM;MPD;ARG;ZN;SF4;6cfl2-138
Crystal structure of the Thermus thermophilus 70S ribosome in complex with Klebsazolicin and bound … Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
1724×MG;ZN;SF4;5w4k2-138
Crystal structure of the Thermus thermophilus 70S ribosome in complex with D-histidyl-CAM and bound… Heteromer
P0AD49; P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
1422×MG;K;EZP;MPD;ARG;ZN;SF4;6cfk2-138
Crystal structure of the Thermus thermophilus 70S ribosome in complex with methymycin and bound to … Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80341; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
1587×MG;MT9;K;ZN;SF4;5wis2-138
Crystal structure of the Thermus thermophilus 70S ribosome in complex with propylamycin and bound t… Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
1565×MG;LUJ;K;ZN;SF4;6o972-138
Crystal structure of the Thermus thermophilus 70S ribosome in complex with madumycin II and bound t… Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
1587×MG;K;M2D;ZN;SF4;5vp22-138
Crystal structure of the Thermus thermophilus 70S ribosome in complex with dirithromycin and bound … Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
1589×MG;DI0;K;ZN;SF4;6of12-138
Crystal structure of the Thermus thermophilus 70S ribosome in complex with histidyl-CAM and bound t… Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
1492×MG;K;EZG;ZN;SF4;6cfj2-138
Crystal structure of the Thermus thermophilus 70S ribosome in complex with erythromycin and bound t… Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
1523×MG;ERY;ZN;SF4;6nd62-138
Crystal structure of the Thermus thermophilus 70S ribosome in complex with mRNA (containing pseudou… Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
918×MG;ZN;SF4;6uo12-138
Thermus thermophilus 70S termination complex containing E. coli RF1 Heteromer
P0A7I0; P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
1425×MG;ZN;SF4;5j3c2-138
Crystal structure of the Onc112 antimicrobial peptide bound to the Thermus thermophilus 70S ribosome Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
1359×MG;UNX;MPD;ARG;ZN;SF4;4zer2-138
Dimeric E.coli YoeB bound to Thermus thermophilus 70S post-cleavage (AAU) Heteromer
J7QFC0; P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
410×MG;SF4;ZN;A3P;6otr2-138
The structure of amicetin bound to the 70S ribosome Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
1163×MG;ARG;MPD;FSD;ZN;SF4;6czr2-138
Thermus thermophilus 70S complex containing 16S G347U ram mutation and empty A site Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
641×MG;SF4;ZN;6bz62-138
Crystal structure of the dolphin proline-rich antimicrobial peptide Tur1A bound to the Thermus ther… Heteromer
P0AD49; P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
1347×MG;ZN;SF4;6fkr2-138
Dimeric E.coli YoeB bound to Thermus thermophilus 70S pre-cleavage (AAU) Heteromer
J7QFC0; P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
420×MG;SF4;ZN;6oxa2-138
Thermus thermophilus 70S ribosome lacking ribosomal protein uS17 Heteromer
H7GHW0; P0AD49; P62238; P62613; P62652; P62653; P62654; P62655; P62656; P62657; P62659; P62660; P62661; P62662; P62663; P62664; P62665; P62666; P62667; P62668; P62669; P80340; Q5SHN9; Q72G84; Q72GV5; Q72GW3; Q72HR2; Q72HR3; Q72I04; Q72I06; Q72I07; Q72I09; Q72I11; Q72I12; Q72I14; Q72I15; Q72I16; Q72I19; Q72I20; Q72I22; Q72I23; Q72I28; Q72I33; Q72IA7; Q72IN1; Q72JR0; Q72JU9; Q72L76; Q72L77;
MPD; 1306×MG;ARG;ZN;SF4;5v8i2-138
Dimeric E.coli YoeB bound to Thermus thermophilus 70S post-cleavage (UAA) Heteromer
J7QFC0; P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
419×MG;SF4;ZN;6oxi2-138
Crystal structure of the Thermus thermophilus 70S ribosome recycling complex Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN5; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9WX76; Q9Z9H5;
1523×MG;ZN;SF4;GDP;6ucq2-138
Thermus thermophilus 70S complex containing 16S G299A ram mutation and empty A site. Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
719×MG;SF4;ZN;6buw2-138
Structure of ASLSufA6 A37.5 bound to the 70S A site Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
596×MG;SF4;ZN;6ndk2-138
Thermus thermophilus 70S containing 16S G299A point mutation and near-cognate ASL Leucine in A site. Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
618×MG;SF4;ZN;6bz72-138
Structure of dimeric Escherichia coli toxin YoeB bound to the Thermus thermophilus 30S ribosome Heteromer
P0DOY6; P0DOY7; P17291; P69348; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHP2; Q5SHQ5; Q5SIH3; Q5SJ76; Q5SJH3; Q5SLP8; Q5SLQ0;
184×MG;SF4;ZN;6ny62-138
Thermus thermophilus 70S containing 16S G347U point mutation and near-cognate ASL Leucine in A site Heteromer
P0DOY6; P0DOY7; P0DOY8; P17291; P35871; P60405; P60488; P60489; P60490; P60491; P60492; P60493; P60494; P80339; P80340; P80371; P80372; P80373; P80374; P80376; P80377; P80380; Q5SHN3; Q5SHN7; Q5SHN8; Q5SHN9; Q5SHP0; Q5SHP2; Q5SHP3; Q5SHP6; Q5SHP8; Q5SHP9; Q5SHQ0; Q5SHQ4; Q5SHQ5; Q5SHQ6; Q5SHQ7; Q5SHR2; Q5SHZ1; Q5SIH3; Q5SJ76; Q5SJE1; Q5SJH3; Q5SKU1; Q5SLP8; Q5SLQ0; Q5SLQ1; Q9Z9H5;
624×MG;SF4;ZN;6bz82-138
STRUCTURE OF FUNCTIONALLY ACTIVATED SMALL RIBOSOMAL SUBUNIT AT 3.3 A RESOLUTION Heteromer
P17291; P80373; Q5SHP2; Q5SHQ5; Q5SJ76; Q5SLP8; Q5SLQ0;
WO2;1fka3-138
PARTIAL MODEL FOR 30S RIBOSOMAL SUBUNIT Heteromer
P02357; P05766; P17291; P23828; P81288; Q5SLP8;
1qd73-138
FITTING OF COMPONENTS WITH KNOWN STRUCTURE INTO AN 11.5 A CRYO-EM MAP OF THE E.COLI 70S RIBOSOME Heteromer
P17291; P21466; P21467; P23828; P29395; Q5L408; Q5SJ76; Q5SLP7; Q5SLP8;
1eg03-138
RIBOSOMAL PROTEIN S8 FROM THERMUS THERMOPHILUShomo-4-mer 1an73-138
STRUCTURE OF 16S RRNA IN THE REGION AROUND RIBOSOMAL PROTEIN S8.monomer 1emi3-138