Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
Locus tag | Cla_0855 |
Symbol | |
ID | 7410435 |
Type | CDS |
Is gene spliced | No |
Is pseudo gene | No |
Organism name | Campylobacter lari RM2100 |
Kingdom | Bacteria |
Replicon accession | NC_012039 |
Strand | - |
Start bp | 810041 |
End bp | 815530 |
Gene Length | 5490 bp |
Protein Length | 1829 aa |
Translation table | 11 |
GC content | 28% |
IMG OID | 643717985 |
Product | hypothetical protein |
Protein accession | YP_002575432 |
Protein GI | 222823858 |
COG category | [L] Replication, recombination and repair |
COG ID | [COG0419] ATPase involved in DNA repair |
TIGRFAM ID | |
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Plasmid Coverage information |
Num covering plasmid clones | 17 |
Plasmid unclonability p-value | 0.890164 |
Plasmid hitchhiking | No |
Plasmid clonability | normal |
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Fosmid Coverage information |
Num covering fosmid clones | n/a |
Fosmid unclonability p-value | n/a |
Fosmid Hitchhiker | n/a |
Fosmid clonability | n/a |
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Sequence |
Gene sequence | GTGGCAAAAA ATGTAAAAGT TGGTATAAGT GTTGATACAA ATAAAGGAGT GGTTAGTGTT AATAAGTTAA ACCAAAGCTT TGTTAATCTA AATCAAAAAA CAAAAGATAC CAAAGAAAGC TTTTTGGGTC TATCTAAAGC GATACTAGAT ATGAATGCAC ATTTTGTGCA AAGCTATCAT GGTTATAAAG CTATGTTTGA TAGCGTGAGT AATTATGCCA AATCTTTTAT AGACGCTAGC AAAAGTTTTG AGACAGCCAA AACTCAATTA GCTTTTATAA CAGCAACAAC CCACTCTAAT ATGGATGCAA CTGGTAAAGC TATAACGCAA GTTCAAAAAT GGACCCAAGC TGTAAAATCT AGTGAAAAAA CTTTTAAAGA ATTTAATGAA TTGCATGCTA AAACCGGATA TTCTTTACAA GATTTAGCAA GTATGTTTAG ATCTTTCTCA TCTACCGCTT TAAACAATAT GAATTTTGAT AAAGCTAAAA AATCTTTTGA AAATATTATG ATAGCAACTT CAAACACTTC TATGAGTACA GAACAGCTTT CTATGACTAT GGATAGTTTA GGTGCTGGTG TTTTTAGTGC TAGTGGTGAT TTAAGAAGAT TTGCAGAGAG TATAGGAATT ACAAATGAGG CTATGGCTAA AGCCAAGAAA GAAGGAAAAT TATTTGAATT GTTTATAGAC AAAACCAAAG AATTAACAAA ATATACAGAC TATACAACTC AAACATATGA AAAACAAATT ATTAAGCTTC AAGCAAATAT TCAAATGTTA AAAGCAGAAA TTTCAAAACC TATTTTTGAT GTTTTAAAGA ATTCTATTTC TGATGTAAAT CGGTATTTTA AAGAAAATGA AAAAGAAATT AAATCAAATA TTAAAGCAGT TTATGATTTT GCTAGTTCAT TTAAAGAGTT AGCCATTGGA GTAGGACTTG CTTATGCTGG TTTTAAAAGT TTTAATGCTT TTAAAAATTC ATCCTTTTTT AAAAATCTTA GTAGTGAAAT TAAAAATATA AAAAAAGATT ATGATGATTT GGTTTTAAAG CAAAAACAAA TGAAAGATTT AACTAATTAT CAAAAAAATT TAAGATACCA AATAGAAAAT ATAAAAATAT CTTTTAAAGA TATAGATAGA TTAAGCGGTC TAATGCCAGA GTTAGCAAAA GATGCAAAAC ATTTTAGTTA TTTTGGAACA AAAAATAAAA ATATGCAATT AGAAAAAGAA AGAATAATAT TGCAAAATGA AGCATTAAAG AAAATTACAA ATCTTGAAAG AGAAATTTTA AAAAATGAAG ATTTAATAAA TGAAAGTATT TTAAAGAGAA ATCCTTTATT GCTAACCATA AAAGGAACTA TGGGTAATTT AGTAAAATCT ACTATAAACT TTACAAAAGC TTTAGCTCCA ACTGCTGGGG TTATAGCTTT AAGCACTGCA ATTGCAAATA TCTATGAAAA ATGGGATAGC TTTGATAAGG CATTAGAAAA AACTTCAAAA AGAAAGCTTG AAGTTAAAAA TATAGAAGAA TTAGATTATT ATATTAAAAA CATAAAAAGC CAAATGGAAG CTTTACAAGC AAATGGCAAT GTTTTAGGAG CAAAAATAAC ATCTAAATTA GATTTTTGGT ATATAAAAGA TGGTCTAGAA AGCGTTTTGA ATAGTTATGG GCATTTGCAT GAAATGTTAT TTGGAAATCA ATTAAAGATG AATGAAGAAG CAGCAAAAGC TTATGAGCAA CTGCAAGCTA ATTTAAAATT AGCACAAGCT GCAAAAGACA AAGCAAAAAG CGAAGATATA AAGCTTGAGA GTATAGAAAA CCTGTCTTCT GCTGTATTGA AAGCTTCTGA AAATTTAAAA AATTTAAAAA TACCACAAAG TGCTAAAGAA GAAGCTGAAA AGCTAAGATT AGATTATGAG CTTATAGGGG AAACTATACA GCAAATAACA AGAGATAGTA ATTGGAATAA AGATATTTTT AAGGTTAATC AATACAATGA ATTAATTGAA AAATTAAAAC ATTATGAAAA TTATATATTT AAAAAAGATG AATTAGAAAA AATAAAAGAA GCAAAACTTG CTCAAGAAAA GCATACTCAA ATCATAAAAG AGCAAAATCA AGCACTCAAA GAACTTTCAC AAATCACTAT GAGTGAGTAT GAAAAAAGCT TGGAATCTAT CAATGAAAAA TTAAAACATT TCAAAGAAAT AGGTTTTGAT AGTAAAACTA TACAAAAAGC TAAAGAAGAA ATGATTATAG ATCTTGATTT AAAAGAGAGT GAAAAAGAAT TTCAATCCTA TAAGAGTTTA ATGCTTGAAT TTTATGAAAG TGTTGGTAAA AAACAAGAAG CTTGGGCTTT GAAAGAAATA GAATTAAGAG AGAAATTTGT AGATATTTTA GATAAAGAAG ATCTCCAAAA ACTTATAAAG ACGCAAAAAG AAGCTTTTCT AAATGTAGAA AAAAATGCAT CAAAAACATT TAAAAATGTA GAAAATGATT ATCTTAAGAT GATAGCAAAT ATGCAAAGAA CCATAGAAAG TCGTTTTTTT GATTTTATAG AAGGAAAAAT AAAAAATTTA AAAGAATTAT TCATAGGTTT AGGCAAATCC TTAGCTATGG ATATGCTATC ACCTGCTATT AGTTCTATCA GCGGATCAAT ATCAAGCATT TTTACAAATT CATTAATGGG TGCGAACAAT TCTTATCAAA ATATTAGTTT AATTTCTCAA GATTTAGGTT TAAAAAAAGA TAATAATGGA AATTTTACCG GTGTTATAGA TGGTAAAGAA GTTATTATAT CTTCTAATGG AGAGGTTAAA AAAGGACAAG ATGTGTTAAA TGGTGTATCT AATGTGCTAA GTGGATTTAA TGCATTAGAA GGTATTTTAA GTGGCTCTAC ATTTGAAAAA ATACAAAGTT TTAGTAGTTT TAATTTTAGC AGTATTGGTG ATAGTTTTAC TTCTGTGTTT CAAAATTTTT CTAATTTAAT AAAAAATATA GGAACACTAG GAAGCAATAT TTTAAGTTTA GGAAGTGCAT ATCTTGGTAG TTTTTTTGGA GGGACTGCTT TAACTTCTTT TAGTTCTGGT GCTTTATGGA GTTCTTTAGG TATTGGTGGT ATAAATGGAG CTTTAGCCGG TGGTATTGGT TCTACTTTGG GTTTTGTTGG TGGTTTAGCT ACTAATGCAT TAAGTGGTGG TCTTTTGGGT TATGGTATAG GAAAGCTTGG AGATATGTTA TTTAAAGCTG ATACTCATGC TGGAAGTGGT GGTGCTATAG GAGGAGTTTT AGGTTCTTTA ATAGCTCCTG GTATAGGTAC TTTGGTAGGT GGTCTTTTAG GTAGTGTTAT AGGTGGAATT TTTGGAAAAA CTAAAGCTAC CGGAAGTGGT CTAAGACTTT GGCAAGATAT AAATTTTAAA GATCATTTTT CACAAGGAAA TTTGCAAAGC TATATTGATT ATCAAAAGAA AGGGTGGTTT AGTAAAAAAA GTTGGACTGA ATATCAAAAT ATAAATGATA GAAAGATAAA AGAACTTAAT CTATTTTTGG ATAATCAATA TGCATTATTA GAAAGGTTAG GGGCAAATTT AGACAAATAC GAAATAAACG CAGGGAAATA TAGTGGCAAT TCTCTTGTAG ATACAGCTGT GCCAAATGCA TTATTAAAAA GTTTTTTAAA TACCAATGAT AATGAATTGA TTAATGAGCA AATCAAAGCC ATACAACAAG CTGCCAAAGA ATCAAATATA TCTTATGCTG AGCAACTTTC TAAACAATTT GGTCAGTTTA TGAGTATGCA AAGTAATATT TTAAGTCAAA TATACAAGCA TGATCCTGTG AAGGTGGCAA AAATTACTCT TGATGATACT ATGTATGCAC TAAAAACTGC TATTAGAAAT GTGAGCGGTG GTTTTGATAT ATTAGGATTA AAAGAAGATG AATTTAAAAA TCTTTCACAG ATTTCACTAG ATAAACTTAA TGATGCTTAT AATGAAAGCT TGAGAAATGA TTTCTCAACT CAAAATGTAG AAGCTTGGGA GCAATTATTA CAAGCTTTAG CAAGTGCAAA TGAGCAGGTA AATAACATAT TGCAAACTAT TATTAATAAA ACAAGTGAAT TAATGCAGAT AAATCAAAGT TTTGCTGGTG TTAATGGGTT AGATACTAGT GTTTTTAAAG TTAATGATTT GCTTAATCAG TATGCTACCA TAATGGGTGG ATTAAAAGAT GATCTAAATA AAGAAGAACA AGATATTTTT AAAGATATTT TTAGTGCTAA TGATAAGTTA TTAGAGCTTG GGTATGAAGG AATAAATGAT TTTTTAAGCA CTGGTAATAC TGAACTTAGA AAACAATTAA TAGCCATTAT CACTTCCTTT GAACAAATAA TGAAAGAACA AGGCGGTCTA ATTTTTTCAT CAGAGCATTT GAATGAGTTA GCTAAGGTTG ATGAGCTTAT AAAAGCATAT GAAGATGAGA ATTCAAAAGA ATATGCCAAA ATTAAAATTA ATGAAAACAA TAAACTTTTA GAAAATTTAA ACAATCAAAA AAATATTTTA TCATCTCTTG CTAGCTTTAG TGATAATTTG ATTAAGCAAA CTATTCAAAC ACCTCAAATG ATAAGTAAAA ACTATGAAAA ATTACTAAAA AAAGCTAGCG ATGATTTTAA AAATAATAAT TTTAACTCAT CTTCCTTTGA AGAACTAAAG CAGGCAGCAA GTGCCAAAGC AAATGACTTA AGAAATTCAT CATCTTATGA AGAATATCAA TTTCAAATGT TAAAAATGGC TAATGATATG AAGGATTTAG GAGGTGAAGC TGATTTAAAT ACAATACAAG ATGAGATTGC CAAAATCACA TTAGAAAATG AAAAATTAAA TGAAAAACTC CAAGAAACTA TAAAAGACAC ATCTTCTATG ACTCTAGAAG AATTAAAAAA ATACAGAGAA ACTCTTTTAG AGCAAAGCCA AAAAGAAGTT CAGGAGATGA TTAAGTATCT TGGAAAAGAT TCGCCTATAG CAAAATACTT AGAAGGTATG ATTAAAGAGT TAAAAAATGG TAGTTCTTTG AGTGTGGCTG CTATAGAAAA TCTAAAGTAT GCTTTGCTTG CATATCAAAA CAATTCTAAT AAAGTAGATA GTGAATTAAA TCAAGAAATA AAAAACCCTA ATAAAAAACC ACTTGCTTTT GCAGATGGTG GAATAGTAAC ACAAAAAACA AATGCCATTA TAGGTGAAAA TGGTTATCCT GAAGCAGTTA TTCCATTAAA AGATGGTAAA GGATTAAAGG TTGATGTTTC TAATATGTTT GAAAAATTAG AATTGGCTCT TTCTAAAGGA ATTGATAATG GTTTTAAACA ATTAAATTCT AAATTTGATG GACTAATTAC AAAGATAGAT AATGTAGATA AAGGCATTAA AAGACTTTGT ATGGATATGT CAATACTTAC AAAACAAACA AGAGAAATAG CAGAAAGGAT TGAGAAATGA
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Protein sequence | MAKNVKVGIS VDTNKGVVSV NKLNQSFVNL NQKTKDTKES FLGLSKAILD MNAHFVQSYH GYKAMFDSVS NYAKSFIDAS KSFETAKTQL AFITATTHSN MDATGKAITQ VQKWTQAVKS SEKTFKEFNE LHAKTGYSLQ DLASMFRSFS STALNNMNFD KAKKSFENIM IATSNTSMST EQLSMTMDSL GAGVFSASGD LRRFAESIGI TNEAMAKAKK EGKLFELFID KTKELTKYTD YTTQTYEKQI IKLQANIQML KAEISKPIFD VLKNSISDVN RYFKENEKEI KSNIKAVYDF ASSFKELAIG VGLAYAGFKS FNAFKNSSFF KNLSSEIKNI KKDYDDLVLK QKQMKDLTNY QKNLRYQIEN IKISFKDIDR LSGLMPELAK DAKHFSYFGT KNKNMQLEKE RIILQNEALK KITNLEREIL KNEDLINESI LKRNPLLLTI KGTMGNLVKS TINFTKALAP TAGVIALSTA IANIYEKWDS FDKALEKTSK RKLEVKNIEE LDYYIKNIKS QMEALQANGN VLGAKITSKL DFWYIKDGLE SVLNSYGHLH EMLFGNQLKM NEEAAKAYEQ LQANLKLAQA AKDKAKSEDI KLESIENLSS AVLKASENLK NLKIPQSAKE EAEKLRLDYE LIGETIQQIT RDSNWNKDIF KVNQYNELIE KLKHYENYIF KKDELEKIKE AKLAQEKHTQ IIKEQNQALK ELSQITMSEY EKSLESINEK LKHFKEIGFD SKTIQKAKEE MIIDLDLKES EKEFQSYKSL MLEFYESVGK KQEAWALKEI ELREKFVDIL DKEDLQKLIK TQKEAFLNVE KNASKTFKNV ENDYLKMIAN MQRTIESRFF DFIEGKIKNL KELFIGLGKS LAMDMLSPAI SSISGSISSI FTNSLMGANN SYQNISLISQ DLGLKKDNNG NFTGVIDGKE VIISSNGEVK KGQDVLNGVS NVLSGFNALE GILSGSTFEK IQSFSSFNFS SIGDSFTSVF QNFSNLIKNI GTLGSNILSL GSAYLGSFFG GTALTSFSSG ALWSSLGIGG INGALAGGIG STLGFVGGLA TNALSGGLLG YGIGKLGDML FKADTHAGSG GAIGGVLGSL IAPGIGTLVG GLLGSVIGGI FGKTKATGSG LRLWQDINFK DHFSQGNLQS YIDYQKKGWF SKKSWTEYQN INDRKIKELN LFLDNQYALL ERLGANLDKY EINAGKYSGN SLVDTAVPNA LLKSFLNTND NELINEQIKA IQQAAKESNI SYAEQLSKQF GQFMSMQSNI LSQIYKHDPV KVAKITLDDT MYALKTAIRN VSGGFDILGL KEDEFKNLSQ ISLDKLNDAY NESLRNDFST QNVEAWEQLL QALASANEQV NNILQTIINK TSELMQINQS FAGVNGLDTS VFKVNDLLNQ YATIMGGLKD DLNKEEQDIF KDIFSANDKL LELGYEGIND FLSTGNTELR KQLIAIITSF EQIMKEQGGL IFSSEHLNEL AKVDELIKAY EDENSKEYAK IKINENNKLL ENLNNQKNIL SSLASFSDNL IKQTIQTPQM ISKNYEKLLK KASDDFKNNN FNSSSFEELK QAASAKANDL RNSSSYEEYQ FQMLKMANDM KDLGGEADLN TIQDEIAKIT LENEKLNEKL QETIKDTSSM TLEELKKYRE TLLEQSQKEV QEMIKYLGKD SPIAKYLEGM IKELKNGSSL SVAAIENLKY ALLAYQNNSN KVDSELNQEI KNPNKKPLAF ADGGIVTQKT NAIIGENGYP EAVIPLKDGK GLKVDVSNMF EKLELALSKG IDNGFKQLNS KFDGLITKID NVDKGIKRLC MDMSILTKQT REIAERIEK
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