| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cla_0382 |
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| Symbol | |
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| ID | 7410290 |
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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 | Campylobacter lari RM2100 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_012039 |
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| Strand | + |
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| Start bp | 355275 |
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| End bp | 358022 |
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| Gene Length | 2748 bp |
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| Protein Length | 915 aa |
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| Translation table | 11 |
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| GC content | 28% |
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| IMG OID | 643717513 |
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| Product | putative recombination protein RecB |
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| Protein accession | YP_002574991 |
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| Protein GI | 222823417 |
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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 | |
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Plasmid Coverage information |
| Num covering plasmid clones | 23 |
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| Plasmid unclonability p-value | 0.309071 |
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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 | TTGAGCCATA AATTTGAGCC TTTTTTAGCC TTAGAAGCTA GTGCAGGAAG TGGAAAAACC
TTTGCTTTGA GTGTGCGTTT TGTAGCTTTA GTATTAATGG GAGCTAAGAT CAATGAAATT
TTAGCCCTAA CTTTTACCAA TAAAACCGCA AATGAAATGA AAGAAAGGAT TTTTAAAACC
TTTTTAGAAT TTGATATGCT TGAAAATGGG CAAAACAAAG CAGAATGTAA TGAGCTTATG
AAAATGCTAG ATAAAAGCAA AGAAGAGCTC ATAGCCTTAA AAGAAAAATA CAAAGATGAA
TTTTTAAGAT CTAAACTTAA TATCTATACC TTTGATAGTT TTTTTTCACA AATCATTCGT
TCTTTTGCTT TGAATTTGGA TTTAATGAGT GATTTTATCA TCACAGAAGA ATCAGATAAT
TATAAAAATT TTATTGCCAA ATTAAGCGAA GAAGAATTAC AAGCTTTAGC TTATTATATT
ATGCAGACAA AAAGCAAAAG TGATTTTTTT AAAAATCTTG AAAATTTATA TGTAAGATCT
TGTGATATCA AGCCAAATTC AAATGCCCAT CTTCCAAATA AAGTAAATTT GAAAAAAAGT
ATTGATGAAT TTATAGCATA TGCAAAAAAT TTAAGTACAA ATAAAAATTA TCTTTCAAAT
TTTAATTTTG AGAGCATGGA AGAATTCTTT ACTAAGCCTA TCATTGGTAA TTTAGATAAA
AATTATTTTA CCAAAGTCAT TGATAATGAG TTTTTGCAAA AAAGAGCAAA GCTTATGCAA
AATATAAAAG AATATTTTAA TCAAATGGAA AATTACCGCA TTAGTATGCT CGCAAAGCTT
TTGGCGCATT TTAAAGAAGC AAGAAATGAA AATAACACCA AGCAAAATGC ATTAACTTTT
TCAGATATAG CCTTAAAAAC TTATGAGTTA ATCAGCGATG AGACTAATAA AGATTTGATT
TATTTTAGAC TTGATGGTTA TATTTCGCAT TTATTAATCG ATGAATTTCA AGATACTAAT
GTTTTACAAT ATCAAATTCT AAAGCCTATC ATAGCCGAAC TTGTTTCAGG TGAGGGTGTG
AAAAAAAATA GAAGTTTTTT TTATGTGGGT GATAAAAAGC AAAGCATATA TAGCTTTAGA
GGGGGTAAAA AAGAACTTTT TGACAAGCTT TTAAAAGACT TTCCACAAAT TAAATTAGAA
CATTTAGATA CTAATTATCG TAGTAAAAAG ATCATTGTTG ATTATGTAAA TGATATTTTC
AAAGATAAAT TTTTTGATAG TTCTTTAAAG CCTAGCTTTA CTTTGCAAAA AAGTATTAAA
GAGGGTGGAT ATGTAGAAAT TTTACAAAAT CATATTCCTA GTAAAAATAG CCCTGTTTAT
GAAGCAAGCG CCCAAAAAAC TTTAACTATC ATTCATAATC TTTTAAAAAA AGGCATTGAG
CTTAGTGAAA TTTGCATTTT AGTATGGGTG AATAATGATG CAACTTTAAT AAAAGAATTC
CTTGAAAAAA ACGGCATTAA AGCTTATACG CAAAGCAATG TAGCTTTGCT AGATTGCATT
AGTGTAAGGG TGCTTTTTGA GTATGCAAAA GCTTGTGTGT TTAAAGATGA ATTTAGTTTG
TATTTTGTAA AGAGCATTTT AGAGAAAGAT TTTGCCTATC TTAAACTTGA TTTAAACCGC
GGTGTGTGTG AAATTTTAAA ATACTTAATC GATCATTTAA AATTAGATCT AAGCGATGTT
AATCTCATCA CATATTTAGA GTATGCAAGC ACTTTTGATA ATTTTTTTGA ATTTTTATTT
AATCCTTGTC AGTTAAATTC TTTACAAGCG CAAAATGATG GGGTGGGCAT TATGACTGTG
CATAAGTCTA AGGGGCTTGA ATTTGAAAAT TTAATAGTGC TTGATAGGCT TAGTAAAAAA
TCTTTGGACA ATGATACTTT GATGTTTGAT TATGATTTAG AGCAGGGTTG GGAGATAAAA
TATAGACATA GCGTTAGAAA ATACCTTGAA GATGAAAGCT ATAATGTCTT TTTAGCCAAA
AGAGAAAAAC TTCAAGCAGA AGATGAGATA AATTGTTTGT ATGTAGCATT GACTAGAGCT
AAAAATTCTC TTTTTATCAT AAAAAATGAT GAGAATTTTA CAGGCTTTAA AAGCTATTTT
AAAGACTATG AAGAAAAGCA AATAGGCATT TTAGAAGAAA AATTTTCAAA AACAAATGAG
TTTTTAGAAA ATTTAGTGCA AATAGAAATT TTTGGGCAAT TTCAAAAGGT AAAGCCACAA
GAGGTTAAAA GTAAAAATCA TTTTTCAAAT ACACAAATTC ATTTTGGCTT GGCTTTGCAC
GAGTTTTTGC AATATTTTGA TTTTAACACT AAAAATAATT TTGAATTTTG TAAGCAAATG
ATATATAAAA AATATCGTTT TTACTTAGAT GATGAGGATT TTAATGAGCT TTTTAAAAGA
CTTACTATGC TTTTAAAAGA TGAAAGCTTT AACGCGCTTT TGGTGGGTAA AAAGCTGCTA
AAAGAGCAAA TTATAACTTA TAAAGGCGAG CAAAAACAGC TTGATATACT TGCATTTGAT
GATAATGAAG CCATCATTAT AGACTATAAA ACAGGTTTAA ATTTAAGCGA GCATAAAAAG
CAAGTTTTAC TTTATAAAGA AGCCATAGAA AAAATCCTAG CTAAAACATC CACTAAGGCT
TTTTTGGTGT ATGTTTTAAA AGATAAAGTG GAGATGGTAG AGATTTAA
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| Protein sequence | MSHKFEPFLA LEASAGSGKT FALSVRFVAL VLMGAKINEI LALTFTNKTA NEMKERIFKT
FLEFDMLENG QNKAECNELM KMLDKSKEEL IALKEKYKDE FLRSKLNIYT FDSFFSQIIR
SFALNLDLMS DFIITEESDN YKNFIAKLSE EELQALAYYI MQTKSKSDFF KNLENLYVRS
CDIKPNSNAH LPNKVNLKKS IDEFIAYAKN LSTNKNYLSN FNFESMEEFF TKPIIGNLDK
NYFTKVIDNE FLQKRAKLMQ NIKEYFNQME NYRISMLAKL LAHFKEARNE NNTKQNALTF
SDIALKTYEL ISDETNKDLI YFRLDGYISH LLIDEFQDTN VLQYQILKPI IAELVSGEGV
KKNRSFFYVG DKKQSIYSFR GGKKELFDKL LKDFPQIKLE HLDTNYRSKK IIVDYVNDIF
KDKFFDSSLK PSFTLQKSIK EGGYVEILQN HIPSKNSPVY EASAQKTLTI IHNLLKKGIE
LSEICILVWV NNDATLIKEF LEKNGIKAYT QSNVALLDCI SVRVLFEYAK ACVFKDEFSL
YFVKSILEKD FAYLKLDLNR GVCEILKYLI DHLKLDLSDV NLITYLEYAS TFDNFFEFLF
NPCQLNSLQA QNDGVGIMTV HKSKGLEFEN LIVLDRLSKK SLDNDTLMFD YDLEQGWEIK
YRHSVRKYLE DESYNVFLAK REKLQAEDEI NCLYVALTRA KNSLFIIKND ENFTGFKSYF
KDYEEKQIGI LEEKFSKTNE FLENLVQIEI FGQFQKVKPQ EVKSKNHFSN TQIHFGLALH
EFLQYFDFNT KNNFEFCKQM IYKKYRFYLD DEDFNELFKR LTMLLKDESF NALLVGKKLL
KEQIITYKGE QKQLDILAFD DNEAIIIDYK TGLNLSEHKK QVLLYKEAIE KILAKTSTKA
FLVYVLKDKV EMVEI
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