| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CHAB381_1391 |
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| Symbol | |
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| ID | 5407978 |
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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 hominis ATCC BAA-381 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009714 |
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| Strand | - |
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| Start bp | 1324394 |
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| End bp | 1327165 |
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| Gene Length | 2772 bp |
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| Protein Length | 923 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 640871068 |
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| Product | putative recombination protein RecB |
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| Protein accession | YP_001406940 |
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| Protein GI | 154148488 |
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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 | 16 |
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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 | GTGAGCTTTT TAAATGAAAA TAATCGTTAT GAAGCTTTGC AGGCAAGTGC AGGAAGCGGA
AAAACTCACG CTTTGACGAA AAGATTTGTT GAGCTTATGC TTGACGGGGC TTTGCCGAAT
CAAATACTTG CGATAACCTT TACAAAAAAA GCTGCAAGCG AGATGAAATC GCGTATTGTA
GAGGCTTTTT TGGACCTTGA AAATTCAAAA ATTTTGCATG ATGTGATGAA TGATTTCGGC
GAAAGCAAAG AGCAAATTTT AAATCGTCGT GATAAATTAA AAGAAAAATT TTTAAATCAA
AATCTTAAAA TTTATACGTT TGACGCTTTT TTCAGTTCTA TTTTAAGGGC ATTTGCTCTA
AATTTAGGGC TTAGTTCAAA TTTTAGCGTT GATGATAGTA TTACAAGTAT TCAAAACGAA
AAATTTTTAA GTGAAATTTC AAAAAATGAA CAAACTTTAA AAAATTTTGT AAGATATATT
TTTGAGCGTG AGAGAAGTGA TACTCAAGTT TATGATGATT TGGATAAATT TTGGAAAAAC
AATATTTCGC TTAAAAAAAT TACTGACGCA AAGATACCAA GCAGCTTGGA TTTTGAAAAG
GAACGTGATA AATTTATAGA TTATTTCGTA TCTCTCGGGC TTAAAGAACG CGGCAAAAAA
GCGCTTATAA AATCGCCGAG AGAGTTTTTA AAAATCACTC CTTTTGAAAG AGGATTTGAT
TACGGGGATT ATAAAAAATC TTATAATAAA GATGAAACTA ATAGAATAGA TGCTATGTTT
GAGTGCGTTA AAAAGGCGCT TAAAAAGTAT TTCGACGATT TGGAAGCATA CAGCAAAAGC
GGTCTTGCAG GTTTTTTGGA AACTTATAGA AAAGCCAAAC ATGATGTAAA TAAAAAACTT
GATTCTGTTA GTTTTGCCGA TATTTCATCT TTGGCGTTTT ATATTCTTTG CGGAGAAGGT
AAAATTGATT CTGATGCCCT TTATTTTCGC CTTGATGAGC GGATCACCCA TCTTTTGATT
GACGAATTTC AAGATACAAA TATAACGCAA TACCAAATTT TACTTCCTTT GATTGATGAG
ATCGTCTCAG GGCTTGGCAC GTCTTTGGGA AGTTTTTTTT ATGTCGGCGA TATAAAACAG
AGCATTTACA GATTTCGCGG CGGCAAAAAA GAAATTTTTA CCGATTTAAA AAATAGATAC
GAACAAATCG TATATGCGGA CGAATTAAAA AATAATTATC GTTCGCTTCC TATTCTTGTG
GATTTTGTAA AGGAAAAATT TATTACAAAA TATGAAAATA AATTTGAAGC CATTGCCGTA
CAAAAAAGCG GCGGATTCGT AAGAGTTGTA AGTACAGAAA AAGACGAAAT TATAAAAAAT
ATCGTAAATC AGGTCATTTG GCTAAAAGCA CACGGCGAAA TAGAGGAAAA TATCGCTATT
TTGTGCTGGC AAAATAAAGA AGCCGATACT ATAAAAAATG CGCTGAATGA CGCTAAAATC
GATGCCAATA CACAAAGTTC CGTTCAAATT TCAAATTACG CTTTGGTTAG AGCAATTTTG
GAATTTATAA AATTTTGCAT TTTTGACGAG AAAATTTATG CTGAAAATGT AAAAACGATT
TTGGGTTTTT GTGCCGATAA GATTGATATA AATATGAAAC AAAGCGTGCC CGATACGCTA
AAAAAAATCT GTAAAATTTT AAAAATAAAT GAAGCGGACG AAAATATTTT GTATTTTTTT
GAAATCGCCA ACGGCTATAA AAATCCGGTA GAGCTTATAT TTGCCGATAT AAAAACTGAA
ATTTTTTCCA AAAATACAAA CGGCGTAAAG ATTATGACCG TGCATAAGTC AAAAGGTCTT
GAATTTCCGA ACGTAATATT TTGTGATAAA CTCGGTAAAG ATAGAGCAGA TTGCAGCGAC
TTTTTGTGTG AGTTTAATTT CGATTTATTT AATGGAAATA ATTTTAATGA GTGTTGGGAA
GTAAGCCAAA AAATAAAATG CAAAGAAAAT ATCGATAAAA ATTACGGAAA ATTGCTTGAA
AAAGTGCAGG AGCTTGACAG TAAGGAGATT ATAAACGAAC TTTATGTAGG AATGACAAGG
GCCGAAAATT CGTTGGTTAT CATAAAAAAT AAAATAGACA ATAATAGCAA CGACATTTCT
TATTTCGATA AAATTTTAGA TATCAAAGAT GGCGAAATCG GCAAGTTCGA ACCTGCAAAG
CGGAAAATTT CAAAACAAAA AACTTACAGA AGCGAAAAAA TAATCCTGCA AACGGTATCG
CCGCAAAATG AAAAAAAAGA TGATGAATCA AACGCTACAT ACGCAAATTT GGATAAAATT
TATTTTGGTG AGGCTGTGCA TTATGCTTTG GAAATGAGCG AAAATTTCAG CGTAAATGAA
ATAGACGAGC TTATAAATCT TACTAAAAAC TGTTACGGAC AATTTTTAAA CAATCAAAAT
TTTACGGATT TAAAAAATCG ACTGAAATTT TTGTTTGAAA ATAAACAGTT TAAAGAAATT
TTAAAAGACG GTGAGAGTTT AAAGGAACAG CCTTTAAAAT TTAACGGTAA ATTAAAGCAA
ATGGATCTTT TAGTGCGAAA AGACGGTGAG TTTTGTATTG TGGATTATAA GACTTCGTGT
GAATTTGAAG AAAAAAATAT CAATCAGGTA AACGGCTATA AAAATGCGAT GAAAACGCTT
TTCGGCGAAT ATAAAATTTC AGCTTTTATA GTTTTTTTAC TAAAAGATTG CGCTCAAATT
TTAGAAGTTT GA
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| Protein sequence | MSFLNENNRY EALQASAGSG KTHALTKRFV ELMLDGALPN QILAITFTKK AASEMKSRIV
EAFLDLENSK ILHDVMNDFG ESKEQILNRR DKLKEKFLNQ NLKIYTFDAF FSSILRAFAL
NLGLSSNFSV DDSITSIQNE KFLSEISKNE QTLKNFVRYI FERERSDTQV YDDLDKFWKN
NISLKKITDA KIPSSLDFEK ERDKFIDYFV SLGLKERGKK ALIKSPREFL KITPFERGFD
YGDYKKSYNK DETNRIDAMF ECVKKALKKY FDDLEAYSKS GLAGFLETYR KAKHDVNKKL
DSVSFADISS LAFYILCGEG KIDSDALYFR LDERITHLLI DEFQDTNITQ YQILLPLIDE
IVSGLGTSLG SFFYVGDIKQ SIYRFRGGKK EIFTDLKNRY EQIVYADELK NNYRSLPILV
DFVKEKFITK YENKFEAIAV QKSGGFVRVV STEKDEIIKN IVNQVIWLKA HGEIEENIAI
LCWQNKEADT IKNALNDAKI DANTQSSVQI SNYALVRAIL EFIKFCIFDE KIYAENVKTI
LGFCADKIDI NMKQSVPDTL KKICKILKIN EADENILYFF EIANGYKNPV ELIFADIKTE
IFSKNTNGVK IMTVHKSKGL EFPNVIFCDK LGKDRADCSD FLCEFNFDLF NGNNFNECWE
VSQKIKCKEN IDKNYGKLLE KVQELDSKEI INELYVGMTR AENSLVIIKN KIDNNSNDIS
YFDKILDIKD GEIGKFEPAK RKISKQKTYR SEKIILQTVS PQNEKKDDES NATYANLDKI
YFGEAVHYAL EMSENFSVNE IDELINLTKN CYGQFLNNQN FTDLKNRLKF LFENKQFKEI
LKDGESLKEQ PLKFNGKLKQ MDLLVRKDGE FCIVDYKTSC EFEEKNINQV NGYKNAMKTL
FGEYKISAFI VFLLKDCAQI LEV
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