| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CJE1654 |
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| Symbol | |
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| ID | 3232282 |
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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 jejuni RM1221 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_003912 |
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| Strand | - |
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| Start bp | 1554463 |
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| End bp | 1557228 |
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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 | 27% |
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| IMG OID | 637293005 |
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| Product | putative recombination protein RecB |
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| Protein accession | YP_179635 |
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| Protein GI | 57238504 |
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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 | 0 |
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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 | ATGAGTCAAT TTGAGCCTTT TTTGGCATTA GAAGCGAGTG CAGGAAGCGG AAAAACCTTT
GCCCTGAGTG TGCGTTTTGT AGCACTTATT TTAAAAGGAG CTAGGATTAA TGAAATTTTA
GCTTTGACTT TTACCAAAAA AGCTGCTAAT GAAATGCAAA AAAGAATTAT TGAGACTTTT
TTAAACTTAG AAAAAGAAAA TAAAACCAGT GAATGCAATG AACTTTGCAA GCTTTTAGGT
AAAGATAAAG AAGAGCTTAT TTCTTTAAGA GATGCTAAAA AAGAAGAATT TTTAAGAACA
GAGTTAAAAA TCAGTACTTT TGATGCTTTT TTCGGAAAAA TTTTGCGTGT TTTTGCTTTA
AATTTGGGCT TAAGTAGTGA TTTTACAATG AGTGAAGAGA GGCTTGATGT AAGAGAGATT
TTTTTAAAAC TTCTTAAAAA AGATGAATTA AAAGATTTGG CTTATTATAT TAATTTAGTT
GATGAGAAAG AAAATTTTTT TAACGAGCTT GAAAAATTTT ATGAGAATGC TTATTTTCAA
AATCGTCCTA AAATTCTAAA TCCAACTAAA GCTTATATCA ATAAAGCTTA TAGTGAGTTA
AGAAGTTATT GTTTGGGTCT TACTCATGTA AAAAATTATA AAAATTTGTG TGACAATTTC
AAAAGTGAAG TTTTAGATTT ATCCGTGTTT ATGCAATCAA GTTTTATGAC AAAATTTGAA
AGTACAAAAT ATTTACAAGA TTTAGAAAGT ACTAACTTGC ATTTTAGTGC AAAAAGAATG
GAGTTTATAA ATGCTTTAAA TACCTATGCC ATAGAGCTTG AAAATTATAA AATTGCTAAT
TTAATGAATC TTTTAAATCA TTATAGTGAA GCTAAAAATA TATTTCATAA AGATAAAAAT
ACCTTAAATT TCCAAGATGT GAGTAAAAAA GTTTATGAGT TAATAACCAG TGAATTTAAG
GATATGATTT ATTTTCGTTT AGATGGTTTT ATTTCGCATT TGCTTATTGA TGAATTTCAA
GATACAAGCG TGATCCAATA TCAAATTTTA CGCCCTTTGA TCGCTGAGCT TGTTTCAGGA
GAAGGGGTTA AGAAAAATCG CACTTTTTTT TATGTAGGAG ATAAAAAACA AAGTATTTAT
CGCTTTCGTA AAGGAAAAAA AGAATTATTT GATTTGTTAA AACAAGAATT TAGTCAAATT
AAAAGTGATA ATTTAAATAC TAATTATCGT TCTAAAGAGC TTTTGGTTGA TTTTGTTAAT
GAAACTTTTA AAGAAAAAAT CAAAGATTAT AAAGAACAAT TTGCCTTAGA AAGTAAAAAA
GGCGGTTTTG TGCGTATTGT GGAGTCTAAG GAACAAAAGG TTAAAAACCA AGCCCAAGAA
ATTAAGGAAA AGACTTTAGA AACTTTATTT GAGCAAATTA ATTTTTTAAG ATCTAAAAAT
ATTTCTTATG ATGATATTTG TATTTTGTGT TGGAAAAATA GCGATGCAGA TATGGTTTTG
GATTTTTTAA GAGAGCAAAA TATTCCTGCA TTTACTCAAA GTAATGTTTT GCTTGAAAAT
AAAGCAAGTG TAAGACTTGT TTTAGAATAT GCTAAATATT GTATTTTTGG TGATGAGTTT
TACTTGGTAT TTTTAAAGGA ACTTTTAGGT TTTGAGCCCA GAAAAATTAC CCTTGATTTT
TCAAAAAATG CTATGGAAAA TGTACTTTTT TTAATAAAAG AATTAAAACT TGATTTAAAT
GATATCGCTT TAATACAATT TATCGAATAT GCTAAAACTA AGGAGAATTT TTTAAAGCTT
TTATTTGAGC CTTGTGCTTT GAAAATAGTA AGCGAACAAA ATATGGGAAT TAGTATTATG
AGTGTGCATA AATCTAAGGG TTTGGAATTT GATCATGTGA TTTTACTTGA TAGTTTATCT
AAAAACAATT CAAACAATGA AGATATCATG CTTGAATATG ATATCAATCA AGGTTGGCAA
CTCCATATTA AAGATAAAAT TCGAGAGCTT ACTAAAGAGC CTATTTATAC TCTTTTTAAA
GAAAATATTA CAAGAGCAAA TTATGAAGAT GATATTAATA AACTTTATGT GGCTTTTACA
AGAGCTAAGG AAAGTTTGAT CATCATAAAA AGAAATGAAG AAAGTGTAAA TGGAAATTAT
CCAAGTTATT TTAAGGGGGG ATTTTTAAAT ATACATTCTC AAGAGAGAGG TTTTTTAGAA
AGCAAAGAAC AAATTTTAAG CGTTAAAAAA GAAAGCATTC AAACTTTGCA AAAATTTGAA
AAAATTACCT TGCAAGAAAT TCAAAGCGAA GAAAGGCTTG ATAGTAAAGA ACTATATTTT
GGAAATGCTT TTCACTTTTT TATGCAAAAT TTAAAACTTC CTAAGGGTGA AAATTTTCAA
ATACTTACTC AAAGATGCAA GAGTAAATTT AGACATTTTT TAGATGAGAG TGATTTTGAA
AAGCTTTTTA AAAGAATTGA AATTTTACTT AAAAATATTC AATTTCAAAA TTTGATTGGT
GATGGAAAGC TTTTAAAAGA ACAAGCTTTG AGTTTTAATG GAGAAATTAA ACAATTAGAC
TTGCTTGCTT TAAAAGATGA AGAAGCTTTT ATAATTGATT ATAAAACAGG TCTTGCTATG
CAAGATAAAC ATAAAGAGCA GGTAGGAACT TATAAGATCG CCATTAGTGA AATTTTGCAA
AAAGATAAAG TGCGTGCTTT TATAGTTTAT TGTTTGGAAA ATGAAATTCA AATTTTGGAA
ATATAA
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| Protein sequence | MSQFEPFLAL EASAGSGKTF ALSVRFVALI LKGARINEIL ALTFTKKAAN EMQKRIIETF
LNLEKENKTS ECNELCKLLG KDKEELISLR DAKKEEFLRT ELKISTFDAF FGKILRVFAL
NLGLSSDFTM SEERLDVREI FLKLLKKDEL KDLAYYINLV DEKENFFNEL EKFYENAYFQ
NRPKILNPTK AYINKAYSEL RSYCLGLTHV KNYKNLCDNF KSEVLDLSVF MQSSFMTKFE
STKYLQDLES TNLHFSAKRM EFINALNTYA IELENYKIAN LMNLLNHYSE AKNIFHKDKN
TLNFQDVSKK VYELITSEFK DMIYFRLDGF ISHLLIDEFQ DTSVIQYQIL RPLIAELVSG
EGVKKNRTFF YVGDKKQSIY RFRKGKKELF DLLKQEFSQI KSDNLNTNYR SKELLVDFVN
ETFKEKIKDY KEQFALESKK GGFVRIVESK EQKVKNQAQE IKEKTLETLF EQINFLRSKN
ISYDDICILC WKNSDADMVL DFLREQNIPA FTQSNVLLEN KASVRLVLEY AKYCIFGDEF
YLVFLKELLG FEPRKITLDF SKNAMENVLF LIKELKLDLN DIALIQFIEY AKTKENFLKL
LFEPCALKIV SEQNMGISIM SVHKSKGLEF DHVILLDSLS KNNSNNEDIM LEYDINQGWQ
LHIKDKIREL TKEPIYTLFK ENITRANYED DINKLYVAFT RAKESLIIIK RNEESVNGNY
PSYFKGGFLN IHSQERGFLE SKEQILSVKK ESIQTLQKFE KITLQEIQSE ERLDSKELYF
GNAFHFFMQN LKLPKGENFQ ILTQRCKSKF RHFLDESDFE KLFKRIEILL KNIQFQNLIG
DGKLLKEQAL SFNGEIKQLD LLALKDEEAF IIDYKTGLAM QDKHKEQVGT YKIAISEILQ
KDKVRAFIVY CLENEIQILE I
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