GCW_02325
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Uniprot: A0A0F6CKR3
Description: DNA topoisomerase IV subunit A EC number: 5.99.1.3 Annotation score: 2 out of 5 Miscellaneous [CC]: Protein existence: Inferred from homology Catalytic activity: CATALYTIC ACTIVITY: ATP-dependent breakage, passage and rejoining of double-stranded DNA. {ECO:0000256|SAAS:SAAS00075911}. Cofactor: Enzyme regulation: Function [CC]: Pathway: Active site: Binding site: Calcium binding: DNA binding: Metal binding: Nucleotide binding: Site: Gene names (primary): parC Gene names (synonym): Mass: 90,380 Subunit structure [CC]: Gene ontology (GO): chromosome [GO:0005694]; ATP binding [GO:0005524]; DNA binding [GO:0003677]; DNA topoisomerase type II (ATP-hydrolyzing) activity [GO:0003918]; DNA topological change [GO:0006265] Gene ontology IDs: GO:0003677; GO:0003918; GO:0005524; GO:0005694; GO:0006265 Chain: Signal peptide: Domain [CC]: Sequence similarities: SIMILARITY: Belongs to the type II topoisomerase GyrA/ParC subunit family. {ECO:0000256|SAAS:SAAS00565436}. Protein families: Type II topoisomerase GyrA/ParC subunit family Coiled coil: Domain [FT]: DOMAIN 9 459 TOP4c. {ECO:0000259|SMART:SM00434}. Motif: Region: EMBL: CP006916 ProteinModelPortal: MEROPS: EnsemblBacteria KO: AHB99685 UniPathway: K02621 CDD: Gene3D: HAMAP: 3.30.1360.40;3.90.199.10 InterPro: PANTHER: IPR024946;IPR006691;IPR013760;IPR002205;IPR013758;IPR005741 PIRSF: PRINTS: PROSITE: Pfam: ProDom: PF03989;PF00521 SMART: SUPFAM: SM00434 TIGRFAMs: SSF56719 In one protein complex with GCW_02330 546600-548991(-) >nucleotide sequence TTCAGATGATAAATTACCCACCATGATCTGGTTTAATTCTAGATTAACTAATTCATTATC ACGATTAAAACCGTATAATGCAGCTTTTTTTGTGTTTAATAAATAACCATTTACTAGTGG TTTTTTATCCTTACCAAGTCCTAAGTTCTTACCTTGAGTGGCTCGTGATTGGTTTTCAAT CAATGAAGCCTTAAGTTTTTTAATCTGCTTATTTTTAACTAAAACTAACTGGTCAATTGA GTTTTTAATCTGATCAAAACCAATCACTTCATCATTGGTTTTAAGTTTAATTGCTCTCAC CCCCATTGATTTAAGTCCAGTTAGATTAACTTCATTGATAAAAAATCTTAATGCGTAAGC ATTTTTGGTAATGATGATCAGTTCAGCATTAGGATCACTAATCAGATTAGCACACACCAG CTCATCATCATCTTTTAGACTCATACAAGTTGTTGGTTTAGTCGATTTGATATTAACTAG ATCATTAACACTGATCTGTTTAATCATCCCATACTTACTAACTAAAACGATCCGATCATT CTGATCTGATAACTCAACTAGTTTGACGATCTTTTCATTATCTTTAATCGTGGTTAGTTC ATTAATATCCATCCCAATCTCACGTGGTTTAGCTTGCTTAATCTTATGGGCATTAATCAC AACCACATTACCATAGTTCGTAATAAAAGCCACCTTATTAAGTGAACTAACTTTGATTAG ATCACTTAAATAATCATCTTGTTTGATCTTTAAACTAGTTGGGTTTAATTGCTTATTTTG ATCATAAGCAATCGTTTTGATCAACCCATCAACTGAACTGACTAAATATAATTCTTTCTT TTCAATGATCGAAGCTTCATTGATCACTAACTTTTCAATATTACCACCAATAGTCGATCT TCTTTTGGTGTTAAATAACTTCTTATAAGATCTTAAGATTTCTTTAAGATGATCGTTTAA AGCGTTTTGATCTTTTAATAATAACTGATACTGTTTGATATTAGTATCTAAACTCTTCTT TTCTTCTTTTAAAGCTAAGATATCAGTATTAGTTAACCGATACAATCTTAAAGAAACGAT CGCTTCAGCTTGGATTGCTGAAAACTGATACTTATTGATCAGATTATTGATCGCATCTTG CTTATCTTTAGATTTTTTAATGATCAAGATAATCTGATCAATAATACTAGTAGCTTTAAT CAACCCGTTGATCACTTCTAGGCGTTTTTGATCTTTTTTAAGATCAAAACTAATCGCGTT TCTTAAGATCGTATAAGCGTGGTTTAAATAACTATCCAAATAGTTAAAGATCGACATTTG GATCGGTTTTTTCTTATCAATTACAACGTTGTTAAAGCTGTAATTGATCTGTAGTTGGGT GTATTTGTATAGGTAGTTTTTAATCGTTGCTAACACCTTTTCATCTTTGGTGTTAGTTTG TAAAACAACCCTAATCCCAAACCGGTCAGATTCATCTCTAACTTCTTCTAGTTGGGGAAG TTTGTTTGCTTCTAAGATCTCTTCAATCGAACGAATAATACTTGCCTTATTCGTTTCAAA CGGAATATCAGTAACAACTAATTGATCGTTCTCATTAACAATCTTAGCTCGAATCACGAT CTTACCCTTACCAGTAAGATAAGCATTCTTGATCCCATCATCATCAAGAATAATCCCACC AGTGGGAAAATCTGGTCCTGGCATCAGTTTAAGGATTGATTCTAACTTACAGTTAGGTGA ATCGATTCTGTGGATAATCACATCAATTAACTCTTTTAAGTTAAATGGTGGGATATTAGT TGCATACCCAGCAGCAATCCCAGTTGAACCATTAACTAGCAAGTTAGGTAATAAACTAGG TAAGATTGTGGGTTCAACTTCACTATCATCAAAGTTATTAACAAAGTTAACGGTCTCTTT GTTAATATTCTCAAGCATTAGATTACCATAATGGGATAATCTAGCTTCAGTATATCTCAT CGCAGCAGCATTATCTCCATCAATCGAACCATTATTCCCTTGCATATCAATCAAGGGAAT ATTGTTCTTCCAGCTTTGGGTCATTCTTACTAAAGCTTCATAGATTGATGAATCACCGTG AGGGTGGAACTTTCCGATTACTTCACCAACGGTTGCTGCTGATTTACGATAAGACTTGTT ATAGTACAATCCTAGATTGTACATCCCATACAAAACCCGTCTTTGGACGGGTTTTAGTCC ATCTCTGATATCAGGCAGTGCCCGTTCTTGAATAATGTACTTAGCATACCGACCAAAGCT AAGTGACATGATATCATCAAGATCTTTTTGAAATACCTTTTTCTTATCCAT >protein sequence YRKSAATVGEVIGKFHPHGDSSIYEALVRMTQSWKNNIPLIDMQGNNGSIDGDNAAAMRY TEARLSHYGNLMLENINKETVNFVNNFDDSEVEPTILPSLLPNLLVNGSTGIAAGYATNI PPFNLKELIDVIIHRIDSPNCKLESILKLMPGPDFPTGGIILDDDGIKNAYLTGKGKIVI RAKIVNENDQLVVTDIPFETNKASIIRSIEEILEANKLPQLEEVRDESDRFGIRVVLQTN TKDEKVLATIKNYLYKYTQLQINYSFNNVVIDKKKPIQMSIFNYLDSYLNHAYTILRNAI SFDLKKDQKRLEVINGLIKATSIIDQIILIIKKSKDKQDAINNLINKYQFSAIQAEAIVS LRLYRLTNTDILALKEEKKSLDTNIKQYQLLLKDQNALNDHLKEILRSYKKLFNTKRRST IGGNIEKLVINEASIIEKKELYLVSSVDGLIKTIAYDQNKQLNPTSLKIKQDDYLSDLIK VSSLNKVAFITNYGNVVVINAHKIKQAKPREIGMDINELTTIKDNEKIVKLVELSDQNDR IVLVSKYGMIKQISVNDLVNIKSTKPTTCMSLKDDDELVCANLISDPNAELIIITKNAYA LRFFINEVNLTGLKSMGVRAIKLKTNDEVIGFDQIKNSIDQLVLVKNKQIKKLKASLIEN QSRATQGKNLGLGKDKKPLVNGYLLNTKKAALYGFNRDNELVNLELNQIMVGNLSSEYHN WKDEFKGFFLNKLNYE |
© Fisunov Lab of Proteomics, 2016.