2OTLJ

Girodazole bound to the large subunit of haloarcula marismortui
Total Genus 44
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The genus trace: a function that shows values of genus (vertical axis) for subchains spanned between the first residue, and all other residues (shown on horizontal axis). The number of the latter residue and the genus of a given subchain are shown interactively.

Total Genus
44
sequence length
142
structure length
142
Chain Sequence
AEFDADVIVDARDCIMGRVASQVAEQALDGETVAVVNAERAVITGREEQIVEKYEKRVDIGNDNGYFYPKRPDGIFKRTIRGMLPHKKQRGREAFESVRVYLGNPYDEDGEVLDGTSLDRLSNIKFVTLGEISETLGANKTW
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The genus matrix. At position (x,y) a genus value for a subchain spanned between x’th and y’th residue is shown. Values of the genus are represented by color, according to the scale given on the right.

Structure visualization

After clicking on a point (x,y) in the genus matrix above, a subchain from x to y is shown in color.

Chord Diagram
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publication title The Structures of Antibiotics Bound to the E Site Region of the 50 S Ribosomal Subunit of Haloarcula marismortui: 13-Deoxytedanolide and Girodazole.
pubmed doi rcsb
molecule tags Ribosome
molecule keywords 23S ribosomal RNA
total genus 44
structure length 142
sequence length 142
ec nomenclature
pdb deposition date 2007-02-08

pfam database annotations

chain Pfam Accession Code Pfam Family Identifier Pfam Description
J PF00572 Ribosomal_L13 Ribosomal protein L13
Image from the rcsb pdb (www.rcsb.org)
cath code
ClassArchitectureTopologyHomologyDomain
3.90.1180.10 Alpha Beta Alpha-Beta Complex Ribosomal Protein L13p; Chain: A; Ribosomal protein L13 2otlJ00
3G6EJ 3CCRJ 3I55J 1Q82K 4IOAG 3I56J 3DLLG 1YJ9J 1K9MK 1M1KK 3CC2J 1YIJJ 3CCEJ 1VQ7J 2ZJPG 1M90K 1K8AK 3CMEJ 1J3AA 1VQ6J 1Q81K 3CCJJ 3CCMJ 2OTLJ 3PIPG 3CXCI 3CCQJ 1KC8K 2OTJJ 1YI2J 1S72J 3CCVJ 2ZJQG 3G4SJ 1KD1K 3CCSJ 1VQ8J 3J7YK 1JJ2I 2QA4J 3CC7J 1Q86K 3CCUJ 1VQLJ 3PIOG 3CCLJ 1KQSI 1VQOJ 1Q7YK 3G71J 1VQ4J 4V19N 2QEXJ 1K73K 1YJNJ 1YJWJ 1W2BI 1YHQJ 3CD6J 4IO9G 1VQKJ 3CC4J 2ZJRG 1YITJ 1VQ5J 1VQ9J 1QVFI 1N8RK 3CF5G 3CPWI 3OW2I 4IOCG 1NJIK 1VQPJ 1VQNJ 3CMAJ 1QVGI 1VQMJ
chains in the Genus database with same CATH superfamily
3G6EJ 3CCRJ 3I55J 1Q82K 4IOAG 3I56J 3DLLG 1YJ9J 1K9MK 1M1KK 3CC2J 1YIJJ 3CCEJ 1VQ7J 2ZJPG 1M90K 1K8AK 3CMEJ 1J3AA 1VQ6J 1Q81K 3CCJJ 3CCMJ 2OTLJ 3PIPG 3CXCI 3CCQJ 1KC8K 2OTJJ 1YI2J 1S72J 3CCVJ 2ZJQG 3G4SJ 1KD1K 3CCSJ 1VQ8J 3J7YK 1JJ2I 2QA4J 3CC7J 1Q86K 3CCUJ 1VQLJ 3PIOG 3CCLJ 1KQSI 1VQOJ 1Q7YK 3G71J 1VQ4J 4V19N 2QEXJ 1K73K 1YJNJ 1YJWJ 1W2BI 1YHQJ 3CD6J 4IO9G 1VQKJ 3CC4J 2ZJRG 1YITJ 1VQ5J 1VQ9J 1QVFI 1N8RK 3CF5G 3CPWI 3OW2I 4IOCG 1NJIK 1VQPJ 1VQNJ 3CMAJ 1QVGI 1VQMJ
chains in the Genus database with same CATH topology
3G6EJ 3CCRJ 3I55J 1Q82K 4IOAG 3I56J 3DLLG 1YJ9J 1K9MK 1M1KK 3CC2J 1YIJJ 3CCEJ 1VQ7J 2ZJPG 1M90K 1K8AK 3CMEJ 1J3AA 1VQ6J 1Q81K 3CCJJ 3CCMJ 2OTLJ 3PIPG 3CXCI 3CCQJ 1KC8K 2OTJJ 1YI2J 1S72J 3CCVJ 2ZJQG 3G4SJ 1KD1K 3CCSJ 1VQ8J 3J7YK 1JJ2I 2QA4J 3CC7J 1Q86K 3CCUJ 1VQLJ 3PIOG 3CCLJ 1KQSI 1VQOJ 1Q7YK 3G71J 1VQ4J 4V19N 2QEXJ 1K73K 1YJNJ 1YJWJ 1W2BI 1YHQJ 3CD6J 4IO9G 1VQKJ 3CC4J 2ZJRG 1YITJ 1VQ5J 1VQ9J 1QVFI 1N8RK 3CF5G 3CPWI 3OW2I 4IOCG 1NJIK 1VQPJ 1VQNJ 3CMAJ 1QVGI 1VQMJ
chains in the Genus database with same CATH homology


 
#chains in the Genus database with same CATH superfamily
 3G6E J;  3CCR J;  3I55 J;  1Q82 K;  4IOA G;  3I56 J;  3DLL G;  1YJ9 J;  1K9M K;  1M1K K;  3CC2 J;  1YIJ J;  3CCE J;  1VQ7 J;  2ZJP G;  1M90 K;  1K8A K;  3CME J;  1J3A A;  1VQ6 J;  1Q81 K;  3CCJ J;  3CCM J;  2OTL J;  3PIP G;  3CXC I;  3CCQ J;  1KC8 K;  2OTJ J;  1YI2 J;  1S72 J;  3CCV J;  2ZJQ G;  3G4S J;  1KD1 K;  3CCS J;  1VQ8 J;  3J7Y K;  1JJ2 I;  2QA4 J;  3CC7 J;  1Q86 K;  3CCU J;  1VQL J;  3PIO G;  3CCL J;  1KQS I;  1VQO J;  1Q7Y K;  3G71 J;  1VQ4 J;  4V19 N;  2QEX J;  1K73 K;  1YJN J;  1YJW J;  1W2B I;  1YHQ J;  3CD6 J;  4IO9 G;  1VQK J;  3CC4 J;  2ZJR G;  1YIT J;  1VQ5 J;  1VQ9 J;  1QVF I;  1N8R K;  3CF5 G;  3CPW I;  3OW2 I;  4IOC G;  1NJI K;  1VQP J;  1VQN J;  3CMA J;  1QVG I;  1VQM J; 
#chains in the Genus database with same CATH topology
 3G6E J;  3CCR J;  3I55 J;  1Q82 K;  4IOA G;  3I56 J;  3DLL G;  1YJ9 J;  1K9M K;  1M1K K;  3CC2 J;  1YIJ J;  3CCE J;  1VQ7 J;  2ZJP G;  1M90 K;  1K8A K;  3CME J;  1J3A A;  1VQ6 J;  1Q81 K;  3CCJ J;  3CCM J;  2OTL J;  3PIP G;  3CXC I;  3CCQ J;  1KC8 K;  2OTJ J;  1YI2 J;  1S72 J;  3CCV J;  2ZJQ G;  3G4S J;  1KD1 K;  3CCS J;  1VQ8 J;  3J7Y K;  1JJ2 I;  2QA4 J;  3CC7 J;  1Q86 K;  3CCU J;  1VQL J;  3PIO G;  3CCL J;  1KQS I;  1VQO J;  1Q7Y K;  3G71 J;  1VQ4 J;  4V19 N;  2QEX J;  1K73 K;  1YJN J;  1YJW J;  1W2B I;  1YHQ J;  3CD6 J;  4IO9 G;  1VQK J;  3CC4 J;  2ZJR G;  1YIT J;  1VQ5 J;  1VQ9 J;  1QVF I;  1N8R K;  3CF5 G;  3CPW I;  3OW2 I;  4IOC G;  1NJI K;  1VQP J;  1VQN J;  3CMA J;  1QVG I;  1VQM J; 
#chains in the Genus database with same CATH homology
 3G6E J;  3CCR J;  3I55 J;  1Q82 K;  4IOA G;  3I56 J;  3DLL G;  1YJ9 J;  1K9M K;  1M1K K;  3CC2 J;  1YIJ J;  3CCE J;  1VQ7 J;  2ZJP G;  1M90 K;  1K8A K;  3CME J;  1J3A A;  1VQ6 J;  1Q81 K;  3CCJ J;  3CCM J;  2OTL J;  3PIP G;  3CXC I;  3CCQ J;  1KC8 K;  2OTJ J;  1YI2 J;  1S72 J;  3CCV J;  2ZJQ G;  3G4S J;  1KD1 K;  3CCS J;  1VQ8 J;  3J7Y K;  1JJ2 I;  2QA4 J;  3CC7 J;  1Q86 K;  3CCU J;  1VQL J;  3PIO G;  3CCL J;  1KQS I;  1VQO J;  1Q7Y K;  3G71 J;  1VQ4 J;  4V19 N;  2QEX J;  1K73 K;  1YJN J;  1YJW J;  1W2B I;  1YHQ J;  3CD6 J;  4IO9 G;  1VQK J;  3CC4 J;  2ZJR G;  1YIT J;  1VQ5 J;  1VQ9 J;  1QVF I;  1N8R K;  3CF5 G;  3CPW I;  3OW2 I;  4IOC G;  1NJI K;  1VQP J;  1VQN J;  3CMA J;  1QVG I;  1VQM J; 
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similar chains in the Genus database (?% sequence similarity)
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similar chains in the pdb database (?% sequence similarity)

 
#similar chains in the Genus database (?% sequence similarity)
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#similar chains, but unknotted
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