| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | HS_0929 |
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| Symbol | recB |
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| ID | 4240422 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Haemophilus somnus 129PT |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008309 |
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| Strand | - |
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| Start bp | 1025458 |
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| End bp | 1029108 |
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| Gene Length | 3651 bp |
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| Protein Length | 1216 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 638104485 |
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| Product | DNA helicase/exodeoxyribonuclease V, beta subunit |
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| Protein accession | YP_719140 |
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| Protein GI | 113461072 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG1074] ATP-dependent exoDNAse (exonuclease V) beta subunit (contains helicase and exonuclease domains) |
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| TIGRFAM ID | [TIGR00609] exodeoxyribonuclease V, beta subunit |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGCTTAATT TCATGACCAG CTTAAAAGAT CAATATTCTT CCTTACGCAT ATCCGTCTTT
CAACCTTTTA ATCCTATTTC TACTCCGTTA AGTGCGGTCA GTTTAATTGA GGCATCTGCC
GGTACAGGAA AAACTCATTC CATCGTTTCT CTTTATATTC GCTTGTTATT ACAAGCGGGA
GAAAATAATT TTTCTCAGGC ATTGGAAGTT GATCAAATTT TGGTAGTAAC TTATACAGAA
ATGGCAACAC AAGAGTTAAA GCAACGTATT CGGGAACGTA TTTATCAAAC AAAACAAGCG
TTAATTCAAT ATCAGCAACA TCAAAATAAA ACATTACTTG AAGATCAATT TCTGCAAGAA
TTACTGCCTT ATATTAAAGA CATCGATCTT GCAGTCTATC GTTTAACTTT AGCAGAACGA
AATTTGGATA TTTCCGCCGT TTCGACTATT CATAGTTTTT GTCGCCGAGT ATTAATGCAA
TATGCCTTTA ATTCGGGGGT ACATTTTAAT ATGGAACTGG TGAGTGATGA ATCTGAACTA
ATTCAACGTT TGGCAAATGA GCTATGGCGT GAAAATTTTT ATCATCAGCC TTTGTCAGTC
GCAAACTTCA TTTTCAAAAA ATTAGGATCG CCGAAGCAAC TGGTATCTTA CGTTTATAAA
TATCTTTCTC AGCCGCCAAA AGTAAATACC CAAAAACCGC ACTTATTGGA GATTTCTCTG
CAGCAATTTT TACATACTCA AGTTGAGCCT CAACTTAGTA AAATTCATCA ATTTAAACAA
CGTTGGTTAG AAAATGAAAA AGCGTTAAGA GAGCTTGTCG CTTTAAAAAA ATGGCGTAAA
GATTGGTTTG AAAGTCGTTT TAATAAAATG CGAGTATGGG CAGAAAACGA GGATATTCAG
CAACCTGAGG CGGCAAAATA TTTTTATCAA TTGGAATTAG ATAAAAAAGA ACCTTTAGTA
TCGCATGATT TATTTTCTGA ATTGGAAAAC TTAGTGACCA ATGAAGTTAC TCAAATTTCA
AATAATTTTT CTGTACTTTT ATACCATTGT GTTCATGAAT TAAATCGTAA AATAATGGAT
TATAAACTTA CGCATCAACA AAAGGGGTTT GATGATCTTT TACGTCTGGT ACGCAATGCT
TTATATCAAC CACAAGGAGA TAAATTAGCA CAACTTATTC GCCATCAATA TCCTTTTGCT
ATGATTGATG AGTTTCAGGA TACAGATCAA CAGCAATATG ATATTTTTTA TCAAATTTAT
ATTAAAAGTG CGGTGAAAAA TACGGGCTTT ATTATGATTG GGGATCCTAA ACAATCTATT
TATAAATTTC GTGGTGCGGA TATTTTTACC TATCTGAAAG CAACGGAACA AGCACAATAT
CGATTTAGTT TGGGCGAAAA TTGGCGTTCT ACACAACCTC TTATTCAGAC GATAAATTAT
CTTTTTGATT TTCAAGAAAA TTCTCCTTTT TTACATAAAA AAATTCCATT TCAACAGGTT
GCTAAAGGAT TATATTATGA CACTCAAGGG AATCTTCTTC CCAACCGATT TTGCTTAAAT
GGAAGAATTG AACCTGCATT AAGAGGTTAT TTGACTGACA ACAATGACAC ACAACTTGCT
GAAAATTGTG CTTTATCTAT TGAGCAATGG CTACAAAGTG CGGTACAAAA TCAAGCTATT
TTAGATAACA AACCACTAAA AGCAAAAAAT ATTGCAGTTT TAGTCAGTAG TTTTACTCAA
GCGGAGAAAA TACAAAAAGC CTTAAGGGAT AAAGGTATTG CATCAGTTTA TCTTTCAGAT
CGTAGTAACG TTTTTGATAG TATCACTGCA AAAGAACTGT TGCATATTTT ACGAGCTTGT
TTAAATCCGT TAAATGAAAA TAATATTTTA AATGCGTTGA GTACCGCTCT TTTTGCTAAA
ACCGGTGCAG AAATATTCCA AATTAAGCAA GATGAGAACT TATGGGAAAA CTGTGTTGAG
CGATTTATTG CTTACCAACA ACAATGGCAA AGGCAGGGTA TTTTACCTAT GTTGCATCAT
TTATTTGCAG TTGAAAAAAT TAATGAAAAT TTACAAATGA TGGAACAAGG TGAGAGAAAA
ATGACTGATT TGTGGCATTT AAGTGAGTTA TTGCAACAGG CTACCCGTTT AAATGATACC
GAGTCCTCCT TAGTTCGTTG GTTTGAGAAA CAGATTCAAG GCGAAGAACG CTTGGAAGAA
CAAATTCGGT TAGAAAGTGA TCGAGAATTA GTCAAGATTG TTACATTACA TAAATCTAAA
GGGCTTGCTT ATGATTTAGT TTGGATTCCT TTTATTTGTA AGCCGTCCCT ATTCCGAGAT
AATGCCATTA ATACTTATTA TGATGAAAAT CAAGAACAAG TGTTATGGGA TATGGATAAG
CAACATTCCG ATGAAATTGA AAAAGAGCGT ATGGCTGAAG ATATCCGTTT ACTCTATGTC
GCACTTACTC GAGCGAAATA TCAGATTGTT ATTAATCTTC CTCGCGTTTT TGAGAAAAAA
TGGAATGCGT TACTTTATGT ATTAACTAAG GGACAAATTG GTGTAAATAA AAGAATTGAT
GATGAATATG ATGCAAAAAA ATTGTTAAGT CCAATAATTG AGGAATTAGG TGAACAATGT
GTTGAAATAG AGGAAGATAA AAAATTATTA GTAAGGAGAA ATGAGTATAT TACAGTGCAA
CAGGCATTGT CGCCGGTTGA AGCGGAAGAA TTTCATGGCA AGATTGAGCG TAATTGGACT
GTAACAAGTT TTACTGAAAT GACCTACCGT CATCAACGTA ACAGATCTTT AAATTCTCGA
CAAAAAGCAC AGCAGATTGA AATATCCGGA GTTTTTGATC AAGCAAGAGA TTATGATGTG
AAAGAAAATG GTCATGATAT GTCAGCGTCA TTTGATATGA AGTTGAGTGC AGACTCTGAT
TATCCTGTAG GTTTTTCACC GTTTGATTTT CCTCATGGTG TCCATGTCGG TAGCGAATTC
CATCGTTATT TTGAAAAATA TAATATGACG CAGGCATTGA ATGATGACCA ATTATCTAAA
CTTTGTCAGA CGTTACAATT AAGTGATGAA TGGCAAAATC CATTGAAAAA ATGGATAAAT
ACGATTTTTA ATACGCCTTT AAAACAGGAT ATTGCAGGCT TTACTTTAGG CAATATCAAG
TCGCAAGATT GTTTAAAAGA AATGCAATTT TATTTGAAAT TAAATCAATC ATTTAATGAA
AATGTCTTTA ATCGGCTGTT AAGTAAGTAT CATCATTTAC CGTCATCACC GATACTGATG
GATAGAATTA AAGGTATGGT GAGAGGTTTT ATTGATTTGG TCGTTCGTTT TGAAGGCAAG
TATTACTTAT TAGATTATAA GTCTAATTTA CTAGGCTATT CTTCTCAACA TTATCAGCAA
GACAATCTAA TTCAAGTGAT GTGTAATAAT CATTATGATT GGCAGTATTT AATTTATACC
ATTGCATTAC ATCGTTATTT AAAAGAGCGG GATAAAAATT ATGATTACCA ACGTGATTTC
GGCGGTGTAC TTTATACTTT TTTACGTGGA ATGAATGGAA AAGATAATTC CGGGATATTT
TTTGATAAAC CGGATTGGCG TTTGATTTCT GAATTGGAGA GTTTATTTTA A
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| Protein sequence | MLNFMTSLKD QYSSLRISVF QPFNPISTPL SAVSLIEASA GTGKTHSIVS LYIRLLLQAG
ENNFSQALEV DQILVVTYTE MATQELKQRI RERIYQTKQA LIQYQQHQNK TLLEDQFLQE
LLPYIKDIDL AVYRLTLAER NLDISAVSTI HSFCRRVLMQ YAFNSGVHFN MELVSDESEL
IQRLANELWR ENFYHQPLSV ANFIFKKLGS PKQLVSYVYK YLSQPPKVNT QKPHLLEISL
QQFLHTQVEP QLSKIHQFKQ RWLENEKALR ELVALKKWRK DWFESRFNKM RVWAENEDIQ
QPEAAKYFYQ LELDKKEPLV SHDLFSELEN LVTNEVTQIS NNFSVLLYHC VHELNRKIMD
YKLTHQQKGF DDLLRLVRNA LYQPQGDKLA QLIRHQYPFA MIDEFQDTDQ QQYDIFYQIY
IKSAVKNTGF IMIGDPKQSI YKFRGADIFT YLKATEQAQY RFSLGENWRS TQPLIQTINY
LFDFQENSPF LHKKIPFQQV AKGLYYDTQG NLLPNRFCLN GRIEPALRGY LTDNNDTQLA
ENCALSIEQW LQSAVQNQAI LDNKPLKAKN IAVLVSSFTQ AEKIQKALRD KGIASVYLSD
RSNVFDSITA KELLHILRAC LNPLNENNIL NALSTALFAK TGAEIFQIKQ DENLWENCVE
RFIAYQQQWQ RQGILPMLHH LFAVEKINEN LQMMEQGERK MTDLWHLSEL LQQATRLNDT
ESSLVRWFEK QIQGEERLEE QIRLESDREL VKIVTLHKSK GLAYDLVWIP FICKPSLFRD
NAINTYYDEN QEQVLWDMDK QHSDEIEKER MAEDIRLLYV ALTRAKYQIV INLPRVFEKK
WNALLYVLTK GQIGVNKRID DEYDAKKLLS PIIEELGEQC VEIEEDKKLL VRRNEYITVQ
QALSPVEAEE FHGKIERNWT VTSFTEMTYR HQRNRSLNSR QKAQQIEISG VFDQARDYDV
KENGHDMSAS FDMKLSADSD YPVGFSPFDF PHGVHVGSEF HRYFEKYNMT QALNDDQLSK
LCQTLQLSDE WQNPLKKWIN TIFNTPLKQD IAGFTLGNIK SQDCLKEMQF YLKLNQSFNE
NVFNRLLSKY HHLPSSPILM DRIKGMVRGF IDLVVRFEGK YYLLDYKSNL LGYSSQHYQQ
DNLIQVMCNN HYDWQYLIYT IALHRYLKER DKNYDYQRDF GGVLYTFLRG MNGKDNSGIF
FDKPDWRLIS ELESLF
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