| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CCV52592_0910 |
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| Symbol | |
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| ID | 5406676 |
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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 curvus 525.92 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009715 |
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| Strand | + |
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| Start bp | 288589 |
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| End bp | 291390 |
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| Gene Length | 2802 bp |
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| Protein Length | 933 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 640871745 |
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| Product | putative recombination protein RecB |
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| Protein accession | YP_001407581 |
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| Protein GI | 154174808 |
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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 | 7 |
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| Plasmid unclonability p-value | 0.646697 |
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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 | ATGAAGCGGT ATCTAGCCCT AAAAGCCAGC GCAGGAAGCG GCAAGACCTT CGCACTTAGC
GTGCGTTTCA TCGCGCTTAT CTTAAGCGGT GCGAACATCG CCGAGATCGT GGCTCTGACC
TTTACGAAAA AAGCCGCCAA CGAGATGAAA GAGCGGGTGG TCGAGACCTT TTTGAACCTC
GAAAAAAAGC CGAGCGAGCT GGCCGCGATA CGCGAAATTT TAGAGCTTGG CGAGGATAAA
ATTTTAGCCC TTAGAGACGA GAGGATGGCT GATTTTTTAC AAAGCGATCT TAAGATCGGC
ACTTTCGATT CGTTTTTTAC CGGGATTTTG CGCCAGTTTA GCCTAAATTT AGGCCTTAGC
GCGGACTTTA GCGTAAGTAG CGATCTTACG AACCTGCAAC GTCAAAAATT TGTAGAAAAA
ATAAGCCGTG ATCCATCGCT TTTGCGCTCC TTAGCTGAAT TCATCGTGGC GGCGGAAAAG
AGTCAAAACA GCTTTTTTGA AACGCTTGAG AGGTTTTATG AAAATTTTGA CAGCGTGAAA
GCCGATAAAG ACGCGAAATT TCCAAACGAT GAGGCAGTGC GGACGGCACT AGGGAATTTG
CTTGATTACG CCGTTTCAAA CGGTGGCTCT CAAACGGCTC AGAACGCCTT TTTGCCGGGC
TCACCGGCTC AGATCGCTCA GCGCGGGTTT TTAGAGCATG AAAGCCTGGA ATATAGGACA
TTTTCTAAAA TTTACACACC AAAGCTAGAT GAGCTTTTTG GCAAGCTAAA AGAGGCCTTA
AGAAGCTATT TTAGGCAGTT TGAGGAGTAT AAGCTAAACG AGTTGAACCG CTTTTTGGCT
CTTTATAAAG AGGCCAAGCT CGAGCTTGAC AAAGAGCAAA ACAGCCTTAG CTTTAGCGAT
ATAAACAAGC TTGCTTACGA GCTTTTGACT AAAAATATCG ACAAGCAGAT GCTTTATTTC
AGGCTTGACG GGCGTATAAA TCACCTTTTA ATTGATGAAT TTCAAGACAC GAACGTGACG
CAATACGAGA TCATCTTGCC TCTCGTGGCC GAAATCGTCT CCGGATACGG CCAAAACGGG
CTTGGAAGCT TTTTTTACGT GGGTGATACG AAGCAAAGTA TTTATAGGTT TCGCGGCGGC
AAAAAGGAGC TTTTTGATAA GCTAAAAGCC CAATTCACGC AGATCGCGAG TGACGGGCTC
GATACGAACT ACCGTAGCCT AAAGGGACTC GTTAAATTCA CGAATACCGT TTTTAAAGAT
AAAATTTTAA ATTTTACCGA GCAAAAAGCG TCTAAAAAAG ATGACGAGAG GCTAAATTTC
ACCGTTAGCC AAGAGTGCGA GTATTTTGAG AGCGAGGCCG ATGATCACGG CTTTTTAAAG
GTCGTTAGTA GCGAAGATAT CGTAAGTGGC GCAATTAGCG AGGTAAAAAA TTTCATCCAA
AACGGCGTAG AACCAAGCGA TATAACCCTA CTTTGCTGGA AAAACGAGGA TATAAACAAG
CTCGCAAACG CCCTTAGCGA GCAAGGCATA AATAGCGTGA GCGAGGGCAG TTTGGGCCTG
CTCGCCAGCC CTTACGCCAG AGCGCTGGTA GAATACGCGA AATTTTGCCT TTTTGGCGAT
AAAATTTATA AATTCAACAC CCAAGCCATA GTCAAAGCAA ACGCGCCTAG ACTTGAGATA
AGGGCTGAAA GCACGGCCTT TGAGAGCTTA CACTATCTAG CTATGAGGCT TGGGGTGGAT
ACCTCAAATA GCGATGTTTT AAGACTCTTT GAGCTGACGA GCGAGTATGA AAATTTAGCC
GATTTCATCT TTAAGCTTGA TAGCTTTGAG GGGCTCGCCA TGCCAAAAAG CAGCCAGGGC
GTGAGGATAA TGACCGTGCA TAAGTCAAAG GGGCTAGAAT TTTCTCACGT CATAGTTTGC
GATAAAATGG GTGCGGACAG GGCCGATACC TCGAGCTTTT TAGCCGAATA CGACGTGAAA
AACGGCTGGC AGATCATGCA CAAGATAAAA GGCAAGGAAA ATTTCGACGA GGATTTCAGA
GTGCTTAAAA ATAGGGCCAA TGAGCTTGAA AAAGAGGAGG ATATGAATAA AATTTATGTC
GCCTTTACAA GGGCTACTCG CTCGCTAGTC GTCGTGAAAA ATGCCGGTCC TGGCGGCAGG
AGTCCGAGCT TTTTTGGCGC TTACGAGAAA AAAACGGGCG AGAGGGTCGA GTATCTTGAT
CTAAAGGATT TCACCTTTGG TAAAATTTTA GCCGGTGCGC CAACGCAAAC ATCAAAAGAA
AATAGTGAAA TTTTGCCTCA AATCTTGCAG ATCTCAAGAC AAGAAGCCCA AAGTCCGGAC
AAGCAAGAGG GCGCGAATTT AAGAGCGATC TATATCGGCC TAGCCTTTCA CTATCTGCTC
GAAATGGCGG CGAAATTTGA CGAAACTGGA CTTATCGCGG CTAGAAATTC CATGCAAAAT
AAATTTCATA AATTTTTATG CGCCGATGAT TTGGACGATG TTTTTAAAAG AGGGCTGATG
CTCGTGAATG ACGCTAAATT TAGAGAATTT ACGGATGCAA AAGAGATATA TAAAGAGCAA
CCGCTGAAAT TTCAAGGGGC ATTGAGGCAG ATCGATCTGC TTTGTGTGGG TGAAAGCGAA
ATTTGCGTCA TAGACTACAA AAGCTCGGAT AAAAATATCG ATGAAAACGT GCTTCAAGTA
AGTGAATATA AAAAAGCTAT CGCTGAATTC TATCCGAATT CGAGCGTTCG TGCAGTGATT
TTTTATGCAC TTAGGGATAA AATTTCATAT ATTGAAGTTT AA
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| Protein sequence | MKRYLALKAS AGSGKTFALS VRFIALILSG ANIAEIVALT FTKKAANEMK ERVVETFLNL
EKKPSELAAI REILELGEDK ILALRDERMA DFLQSDLKIG TFDSFFTGIL RQFSLNLGLS
ADFSVSSDLT NLQRQKFVEK ISRDPSLLRS LAEFIVAAEK SQNSFFETLE RFYENFDSVK
ADKDAKFPND EAVRTALGNL LDYAVSNGGS QTAQNAFLPG SPAQIAQRGF LEHESLEYRT
FSKIYTPKLD ELFGKLKEAL RSYFRQFEEY KLNELNRFLA LYKEAKLELD KEQNSLSFSD
INKLAYELLT KNIDKQMLYF RLDGRINHLL IDEFQDTNVT QYEIILPLVA EIVSGYGQNG
LGSFFYVGDT KQSIYRFRGG KKELFDKLKA QFTQIASDGL DTNYRSLKGL VKFTNTVFKD
KILNFTEQKA SKKDDERLNF TVSQECEYFE SEADDHGFLK VVSSEDIVSG AISEVKNFIQ
NGVEPSDITL LCWKNEDINK LANALSEQGI NSVSEGSLGL LASPYARALV EYAKFCLFGD
KIYKFNTQAI VKANAPRLEI RAESTAFESL HYLAMRLGVD TSNSDVLRLF ELTSEYENLA
DFIFKLDSFE GLAMPKSSQG VRIMTVHKSK GLEFSHVIVC DKMGADRADT SSFLAEYDVK
NGWQIMHKIK GKENFDEDFR VLKNRANELE KEEDMNKIYV AFTRATRSLV VVKNAGPGGR
SPSFFGAYEK KTGERVEYLD LKDFTFGKIL AGAPTQTSKE NSEILPQILQ ISRQEAQSPD
KQEGANLRAI YIGLAFHYLL EMAAKFDETG LIAARNSMQN KFHKFLCADD LDDVFKRGLM
LVNDAKFREF TDAKEIYKEQ PLKFQGALRQ IDLLCVGESE ICVIDYKSSD KNIDENVLQV
SEYKKAIAEF YPNSSVRAVI FYALRDKISY IEV
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