| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CFF8240_0386 |
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| Symbol | |
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| ID | 4538841 |
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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 fetus subsp. fetus 82-40 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008599 |
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| Strand | + |
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| Start bp | 354613 |
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| End bp | 357378 |
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| Gene Length | 2766 bp |
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| Protein Length | 921 aa |
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| Translation table | 11 |
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| GC content | 30% |
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| IMG OID | 639745781 |
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| Product | putative recombination protein RecB |
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| Protein accession | YP_891588 |
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| Protein GI | 118474774 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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| Plasmid unclonability p-value | 0.717067 |
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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 | ATGAGTTTTT CTCGTTATTT GGCTTTAGAG GCTAGCGCAG GAAGTGGAAA AACATTTGCT
TTGTCCGTTA GATTTATAGC TCTTATTTTG CAAGGCAACG ATATAGCAAA AATTCTTGCT
CTAACATTTA CAAAAAAAGC AGCAAATGAG ATGAAAAGTC GTATTATAGA TGCTTTTTGC
AATTTGCACG AAAGTAGTAA AAAAAACGAA TTAAACGAAC TTGAAAAGAT TTTAGAGCTT
AGTGCTGTAG ATATTTTGAG TTTAAGAGAT AAATATATGG GTAATTTTTT AAAAAATGAA
CTTAAAATTT CTACGTTTGA TTCGTTTTTT ACGATGATTT TACGACAGTT TAGTTTAAAT
CTCGGTATCA TGCCAGATTT CAAAGCGGGA ACTAGTTTAA ATGGTTTAAC AAGGTCTGAA
TTTATAAAAA ATTTAAAACA AAATCATCTT TTAGAAAGCT TTGCATTTTA CATAAAAGAG
ACAAATAGCA ATAAAAATAG AGTATTCGAA ACGCTAGAGC TTCTGTATGA AAACATTAGT
TTGCCTAGTT TTGGTGAGAA TTCAAAGATT CCTGATGAAT CTTATGTTTT TGCTAAATTT
AGTGAGTTAA AAAGTTTAGC TTTAGAGATT TCATCGGATA AAAATTTCTT GAAAAATTTT
GAAGCTAACA CCGTTTCTCA GATCGCCGGT AAACCGCTTA TTAAAGAGTT TGATTCAAAA
AAATATTTTG AAAAAGCCGC TTTAAATGCA AAATTTATGA TGATTAGGGA TGAGCTTATT
TCAAATTTAA AAAAATATTA TTTGGAGTAT GAGCAGTTTA AAATCAATGA GCTTTTGAAG
TTTATTTATC TATATAAATA TAGTAGATTT GAAGCGATAA AAAAAGAAAA TGCGCTTGAT
TTTATAGATG TTACAAGGCT GGTTTACGAG TTATTAGGCA ATATAGATAG TGATATGCTA
TATTTTAGAC TTGATGATAG AATAAAACAT ATACTTATAG ATGAATTCCA AGATACAAAT
ATAATTCAGT ATGATATACT TTTACCCCTT ATTGAAGAGA CTCTTAGCGG AAGTGGGCAA
AATGATATAG GAAGCTTTTT TTATGTCGGA GATATTAAAC AGAGTATTTA TAGGTTTAGA
GGAGGCAGGA AAGAGCTATT TTCTAGACTA AGAAACAGCT ATAAACAAAT AGAGACTTTA
AGTCTTGAGA GTAACTATAG AAGCGCTAAA AATATAGTAA ATTTTGTAAA TCAAACATTT
AGTAATAAAA TAAAATATTA TAAAACTCAA TTATCGTGCT TAGAAAATGA AGGTTACGTC
GAAGTTTGTG AGTTTGTTAG CGATGAGTTT TATGATACTC TTTTTCAAAA GATAGAATTT
TTTGTCAAAA ACGGTGTTAG ATATGACGAT ATAGCTATAC TTTGCTGGAA AAATAGCGAT
ATCATAAATA TCAAAGATAA GTTAGAAAAG TCCGGCGTAC CGGTGGCTAC TGGAGGCTCA
AATTTACTTA TAAACTCAGC TAATGTTAGA GTCGTTTTGG ATTTTATTAA ATACTGTTTA
TTCGGCGATG AGATATATAT TTATAGTGTT CACGAGTTTA TAGGGGAGAA AAAATCCAAG
CTGAGCTTAA ATGCCACAGC AGAGCTTGCT AGTACGCTTA AATTTGTAGC AAGTTATCTG
AATTTAGAGT GTTTTGATAA GAATTTACTT AAACTTTATG AGATTAGCTT GGGATATGCA
GATATATTTG ATTTTATATT TAATATACAA AACGATCAAA CTCCAAGTGC CGACACTAGC
CATTGCGGTA TTACTTTGCT TACTGTGCAT AAGAGTAAAG GGCTTGAGTT CGATCACGTT
ATAGTAGCCG ATAGACTTAG TAGAGCCGGC TCAAACATAG ACGTATTTAT AACCGAATAC
AATAATTCAG AGCAAAAATG GGATATAAAG CTAAATGATA GTGCACTCCA AAATCTCGGA
GATAGCGAGT TTATAAATTT AAAACAGAAG TGCAAAGATC TTGATTATGA AGAGGATATC
AACAAACTTT ATGTAGCGTT AACAAGAGCT AAAAATAGTT TGATTGTTAT GTCGAAGTTG
GATTCAAACG GCTTAAAACC GTCATATTTT AAAGCATTTA CCAGCTCCAA AGAGCAAATT
TGTTACCTTG ATCTAAAGCC ATTTAGCGTC GGCAAGATCG AGCCTAGTAA AACAAGTATG
AGTTTTTATG GAGGACTTGA GCGCCTAGAA GAGTTTGAAA CTATAAAAAA ACAAGCTGTT
AGCGATAAAC AAAATGATGA ATATGAGCTG AATTTAGAAT CTATATACTT TGGAGAAGCG
CTGCATTACT GTCTTGAAAT GATTTTTGAT TTTGAAGAAG AAAATTTAAA AAACGCAAAA
ACAGCTCTGA TAAATCAATT TGGAGCCATT TTATCCAAAA ATAGTATAGA AGATATTATA
AATAGGGTTC TAAATTTGAT AAATAGCGTT GAGTTTAAAA ATATAATAAA AGATAAAAAT
ATTTTAAAAG AGCAAGATAT CGCATTTAAC CAAGTTATCA AAAGACTTGA TCTGCTTTGC
ATAGGAGATG ATGAAATAGT AGTAATGGAC TATAAAAGTT CAAAGAAATT CATAACTCAA
AATGAAGATC AAGTTAGAGA ATATATGAGC ATCTTATCTC AAATTTATCC TCAAAAAAGA
GTTGTCGGGA AAATTATTTA TCTTCTAAAC GATAAAGTAG AGTTTTTAAA TGTAGATTTA
ATCTAA
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| Protein sequence | MSFSRYLALE ASAGSGKTFA LSVRFIALIL QGNDIAKILA LTFTKKAANE MKSRIIDAFC
NLHESSKKNE LNELEKILEL SAVDILSLRD KYMGNFLKNE LKISTFDSFF TMILRQFSLN
LGIMPDFKAG TSLNGLTRSE FIKNLKQNHL LESFAFYIKE TNSNKNRVFE TLELLYENIS
LPSFGENSKI PDESYVFAKF SELKSLALEI SSDKNFLKNF EANTVSQIAG KPLIKEFDSK
KYFEKAALNA KFMMIRDELI SNLKKYYLEY EQFKINELLK FIYLYKYSRF EAIKKENALD
FIDVTRLVYE LLGNIDSDML YFRLDDRIKH ILIDEFQDTN IIQYDILLPL IEETLSGSGQ
NDIGSFFYVG DIKQSIYRFR GGRKELFSRL RNSYKQIETL SLESNYRSAK NIVNFVNQTF
SNKIKYYKTQ LSCLENEGYV EVCEFVSDEF YDTLFQKIEF FVKNGVRYDD IAILCWKNSD
IINIKDKLEK SGVPVATGGS NLLINSANVR VVLDFIKYCL FGDEIYIYSV HEFIGEKKSK
LSLNATAELA STLKFVASYL NLECFDKNLL KLYEISLGYA DIFDFIFNIQ NDQTPSADTS
HCGITLLTVH KSKGLEFDHV IVADRLSRAG SNIDVFITEY NNSEQKWDIK LNDSALQNLG
DSEFINLKQK CKDLDYEEDI NKLYVALTRA KNSLIVMSKL DSNGLKPSYF KAFTSSKEQI
CYLDLKPFSV GKIEPSKTSM SFYGGLERLE EFETIKKQAV SDKQNDEYEL NLESIYFGEA
LHYCLEMIFD FEEENLKNAK TALINQFGAI LSKNSIEDII NRVLNLINSV EFKNIIKDKN
ILKEQDIAFN QVIKRLDLLC IGDDEIVVMD YKSSKKFITQ NEDQVREYMS ILSQIYPQKR
VVGKIIYLLN DKVEFLNVDL I
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