Capnocytophaga leadbetteri: CGC53_09765 Help Entry CGC53_09765       CDS       T05313                                  Name (GenBank) ATP-dependent exonuclease   KO K03546   DNA repair protein SbcC/Rad50 Organism clk  Capnocytophaga leadbetteri Brite KEGG Orthology (KO) [BR:clk00001]  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03400 DNA repair and recombination proteins [BR:clk03400]     CGC53_09765 DNA repair and recombination proteins [BR:clk03400]  Prokaryotic type   DSBR (double strand breaks repair)    HR (homologous recombination)     RecBC pathway proteins      CGC53_09765     Archaeal homologous recombinant proteins      CGC53_09765 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  AAA_23 SbcC_Walker_B SMC_N AAA_29 AAA_21 FtsK_SpoIIIE AIM3 Motif Other DBs NCBI-ProteinID:  ATA82604 UniProt:  A0A250FBW0 LinkDB All DBs Position 2203493..2207026 Genome browser AA seq 1177 aa AA seqDB search MKILSVSLYNIASIEGPFTLDLEAEPLKSVGLFAITGATGAGKSTILDAICLALYNETPR LAATKSTLSINDGTGEVQVNNVRNLLRKGATNGYAKVVFQAADAKHYEAEWQVRRARGKQ QGNLQQETIQLTNLTDNEMFAENRKTLVLEKIRELIGLSFDEFTKSVILAQGDFTSFLKA NDDKRSDILEKLTGTEIYSQISMKVYELSKQHRTEFELLERQLAQLSFLSSADREAIEKQ LAADSQQLKALQEELETLKAQQQWFADYHSLSDGYQQAMTEKEKAIGERSAQADRFSQLS IIEQLQAVKADILLQQREEAQLQLAVQQLQAAQSEQQRLATDKAAAEAEKTTAAAEVAAA QSVYETAKPAIDKTKALEVRLAEAQRLLSERQAQQQVQMQQLQDKQKELLAKGESIAKGE QYKQERQAWLNENEAYKLLRDNYQWLQALAVEKEELSRLMAENANKTAALEVQYKALPLK EATFTLEKVLQQQKDYRNQLQVYQADRLLAQHIQTYTTQKEASEALIAEGEQQVAVSVAA LTELQKQLSEAQIECKTAERIYERTREENSQNIGLLREKLVEGEACPLCGSLHHPSAHKA ISEQLVDTVKQEWEAVQQRLATLSKSIAQKEATQQATLERIAEAQEQQARYHQLVTEAQS QLQQSAFYSTYPTYGLLAYLEQCCADTQERLAASETLFEQLSRLKDFTTQKENLAAQREE YRKQEEGQLKQLGTLQLSEAMLQLWKGDTAAFSAEVTKAKTEYTQQEAHLQKAVERLQLL YQEQSSLATEVTALESQLAQLQTTLQTDTTQYEALKAERQSLLEGEEAAKVEATLQGALT AAKARYEAAQDHYNSLLLKVIANDKTVESLAERQQHSRERIAEATQKVESWIATYYPEQQ AYLHAHKVEWANRSHEWLQSERAAQQSLEERIAKYDTLSKEKQQQLEALKDKRPLSLSEE ETIKIREEKMAAEEPLQQQVIAQKSRLLTDEQQHHIAADLQQKDKEKREVVTQWDKLNSL IGSHSGGLFRRYAQEYTLDVLLQYANVQMKYLNRRYTLSRIPNSLSLQVLDNDMAAEVRS VYSLSGGESFLVSLALALALSSLSSTKMNVETLFIDEGFGSLDTDTLSVALDALESLQNQ GKKVGVISHVQEMVERIAVKVVVEKEGNGRSNIVVRS NT seq 3534 nt NT seq  +upstreamnt  +downstreamnt atgaagatactatctgtttccctttacaatatagcttctatcgaaggaccttttacgctt gatttggaagccgaaccgctgaagtctgtgggcttatttgctatcacaggggctacaggg gctggcaaatcgactatcttagatgctatttgtcttgcgttatacaacgaaacgccccgt cttgctgctaccaaaagcaccctcagcatcaacgatggtactggtgaagtgcaggttaat aacgttagaaacctcctccgcaaaggggctactaatggttatgctaaggtggtttttcag gcggctgatgctaagcattatgaggccgaatggcaggtgcgtagggcaaggggtaagcag cagggaaatcttcagcaggaaacaatacagcttactaatctgactgataatgagatgttt gctgagaataggaaaacccttgttttagagaagataagggaactgatagggctttcgttt gacgagtttaccaagtcggttattttagcacaaggcgattttacttcctttctgaaagct aatgacgataagcgttcagatatattagaaaagctgaccggtaccgaaatatacagtcag atttctatgaaggtatacgaacttagcaagcagcaccgcaccgagtttgaacttttggag cgacagttggcacagcttagtttcttatcgtctgccgaccgagaggcgatagaaaagcaa ttagctgctgatagccaacagcttaaggcgcttcaggaggaactcgaaacactaaaagca caacagcagtggttcgctgattatcattcgctttcagatgggtatcagcaggctatgact gagaaagaaaaggccataggggagaggagcgcacaagctgaccgtttctctcaactatct attatagagcagcttcaggcagtaaaagcggatattctcttgcaacagcgggaggaggca caactacagcttgccgtgcagcaattgcaagccgctcagagcgagcagcaacgcttggct acagacaaagcagctgcagaggctgaaaaaactactgctgcggcagaggtcgcggctgcc cagtcggtgtatgagactgctaagccagctatcgacaagacaaaggcgttggaggtacgt ttggctgaagcacaacgactgctaagcgagaggcaagcgcaacagcaagtccagatgcaa cagttgcaggataaacaaaaagagcttttggctaagggggaaagtatagcaaagggcgag cagtacaagcaagaacgacaagcgtggctaaatgaaaatgaggcttataagttgctcaga gacaactatcaatggttgcaggcattggctgtagaaaaggaagaactctcgaggcttatg gctgaaaatgctaataaaacagctgctttagaggttcaatataaggcacttccgctcaaa gaagcgacttttacccttgaaaaggtattacaacagcaaaaagactaccgaaaccagctg caagtctatcaggcggataggcttttggcacagcatatccagacctatactactcagaaa gaggcttcggaagcgctcattgctgagggagaacaacaggtagcagtatcagtggctgcc cttactgaattgcaaaaacagctttcagaggcgcaaattgagtgtaaaacggcggagcgt atatatgagcgcactcgcgaggagaactcgcaaaatataggcttattgcgtgagaaattg gtagagggagaggcgtgtccgctctgtgggtcgctgcaccaccccagtgctcataaagct atttctgagcagctggtcgatacagtgaaacaagaatgggaggcagtgcagcagcgtttg gctaccctctctaagtcgatagcacagaaagaggcaacacagcaagctacccttgagcgc atagccgaggcacaggagcaacaggcgcgctatcatcagcttgtaaccgaggcgcaaagt cagttgcagcagtcggctttttatagcacttatcctacatatgggctgctggcgtacctc gagcagtgttgtgctgacacgcaagaacgtttggcggcaagtgaaacgctttttgagcaa cttagtcgcctaaaggattttactacacaaaaagaaaatcttgcagcacagagagaggag taccgcaaacaagaagaaggacaactgaagcagctcggtactttgcagctttcagaagct atgttacagctgtggaaaggcgataccgcagctttttcagcagaagtgacaaaggctaaa acggagtacactcagcaagaagcgcacttacaaaaggcggttgaacgactgcaattgctt tatcaagagcaatcgtctctcgctactgaagtaacggctttagaaagccaacttgctcag ctacagactaccctacagacggatacaacacaatatgaagcacttaaggctgaacgccaa tctttattagagggcgaagaggctgctaaggtagaagcgaccttgcaaggggctcttact gcagctaaagcgcgttatgaggcagcgcaagaccattacaactcccttttgctaaaagta atagctaatgataagactgtagagtcgcttgcagaacggcaacagcatagtagagagcgc atcgctgaagctacgcaaaaggtagagagttggatagcgacctattatcctgagcagcag gcgtacctccacgcgcataaggtagaatgggctaatcgaagtcacgagtggttgcagtct gagcgagcagctcagcagtcgcttgaagagcgtatagccaaatacgacacgctttctaaa gaaaaacaacagcagttagaggcactaaaagataaacgaccgttgtctctttctgaagag gaaactataaagatacgtgaggaaaagatggcggcagaagaaccgctacagcaacaggtg atagcacaaaaatcgcgcttgctcaccgatgagcagcagcaccatatagctgctgatttg cagcaaaaagacaaggagaaacgcgaagtagtcacccaatgggataagctcaacagcctg ataggcagtcattcagggggactctttaggcggtatgcacaagagtacactcttgatgta ctgctgcagtacgccaatgtgcagatgaagtatctcaataggcgctataccttatcgcgc atacctaactcgttgagtttgcaggtactcgataatgatatggcagctgaggtacgctcg gtgtattcgctttcaggaggggaatcgtttttggtatcgttggctctagctttggcgctc tcgtctttgtcgtctacaaagatgaacgtcgagactttgtttatagacgaaggctttggc tccttagacaccgatacactatcggtagccttagatgccttagaaagtcttcagaatcaa gggaagaaagtaggggttatctcgcacgtacaagagatggtagagcgcatagccgtgaag gtagtggtagagaaggagggcaatgggcgaagtaatatagtcgttaggagttag

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