| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cla_a002 |
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| Symbol | |
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| ID | 7409778 |
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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 lari RM2100 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_012040 |
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| Strand | - |
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| Start bp | 1391 |
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| End bp | 7195 |
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| Gene Length | 5805 bp |
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| Protein Length | 1934 aa |
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| Translation table | 11 |
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| GC content | 28% |
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| IMG OID | 643718697 |
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| Product | DNA methylase/helicase |
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| Protein accession | YP_002576126 |
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| Protein GI | 222778489 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair |
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| COG ID | [COG4646] DNA methylase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.0978124 |
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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 | ATGGCAAAGA AGAAAAAATT GAATGATGAT CAACCTAGTC TATTCTATTT TATAGAAGAG
GAATTAATTA TTACAGATGA AAGGAAAGAG AATGAGCAAC AGAATGGAAA ATTATCCAAA
TATGAAAATA TTGGAAAAGA GTTTAAACAA GATAGCATTT TTACAGCTTC AACAGGCTTG
GATAGACAAA AAAATCCCTC AATACAGCTT AATAATATTG GAGAGATGGA TACAAATTTA
TCCAAATACA ATCAAAAATA TGGGAATGTC GGAATTAATA ACATTGGCAC TACCACAAGC
ACAAATGGAA CTAGCAATCT TGGAAAGCAA AGAAGCAAAC AAGAAGAGAT CTCAGGGCTT
AACAGATATG GAAATATTGA TGGAGGAACA AATAAATCTC AATCATTATA TAGAGATAGA
ACCACAAATT TATTCTCCTT TATTTCAAGA GATGATGATG AAGGACAAAC AACAAAATCA
AGAGAAAACA ATCAACGATC AGTATTGGAG CTTACAACAG GATATGATGG ATATGAAGGA
AGAAGTTTCA AATCTGGACA AAAATTAGAT TTTGCAAGTG ATGATGAAGT CTATCTTGGC
TCTTTGAAAG ATAGATTTCA AAAAAATCTT CAAGCTATTA AACTTTCAAA AACTATCGAA
CAAGAAAATC GCTATGCTAC TAAACAAGAG CAAGAAATTT TAAATAAATT CTCAGGATGG
GGTGGAATTC CTCAAGCTTT TGATTTTCAA AATAAAGAAT GGGAAAAAGA ATTTAAAGAA
CTTATTAACA CACTTGATTA TGCAGAATAT GAAAAAGCAA AAACCTCTAC TTTAGATGCT
TTTTACACTC CAAAAATTAT CATTGATACG ATTTATCAAG GACTTAATCA GCTAGGATTT
AATAACGATA ATCACACCAA AGAAATATTT GAACCAAGTG CTGGCATAGG CTCTTTTTTA
TCGTATGCTA AAAATTATAG TGATAAATAT CGTTTTACTT GTATCGAACT TGACACTATG
AGTTCAAATA TATTAAAGAA CCTATATCCT AATCAAACAA TCTATAACAA GGCATTTCAG
CACCATTTAT TTGATAAACC ATATGATGCT TTTATAGGCA ATCCGCCCTT TGGTCAAAAA
AAGATTATTG ATCCAAATAA TCCTACTTTA AATAAAACTA GCGTTCATAA TTATTTTATT
GGTAATGCTA TTAAAAATTT AAAAGAAGAT GGGATCGCAG CATTTGTAGT ATCAAGTTAT
TTTTTAGATT CTAAAAATAG CACAATAAGA AATTATATAG CCGAACAAGC AACATTTTTG
GGTGCTGTAA GATTACCAAA CAATGCTTTC AAAAAACGAG CTAATACAGA AGTTACTACC
GATATCATCT TTTTCAAAAA AGGAAAAGAT TTAAATATAA ACAATTCGTG GTTAGAAAGC
GTAGAATATT ATGATAATCG TTTTGCTGAA GCTGAAAAAA GAGGTATGCA TACTGATGTT
TTTAATGATT TTAGAATAAA TGAATATTTT AAAAAAAATC CTCAAAATAT CTTAGGTAAA
ATGGATATCA AAAGCTCTCA ATATGGGAAA GACTTAGTAT GTTTAGATGA TGGAAGAAAT
TTAAAAGAGG CTTTAGAAAA CTTTGTAAAA AGCCTACCAA AAGATATCTA CAAATACCAA
GAAACAAAAA TTAAATTATC TTATTATAGA ATTGATAAAG AATCTCCTGA ATATCAAAAC
TATAGTAATG CTTTAAATAA ATTAAAAGAT GGTAATTATT TCAAATACAA AAATGAAATC
TATATGAGAA TTAGAAATGA TGAAGAAATA GTTTTCTCAA AACCTGTTTT AAATGAACAT
GATAAAAGAA GAATAAGAAA ACTTATAGAT ATTAGAGATC AATTTAATAC TCTTATTGAG
TATGAAAAAA ATCAATCTAG CGAGCTTTTA GTAGAAAACC AAAGAAAATA CCTAAATAAA
CTATATGATG ATTTTGTAGC CAAAGAAGGT TACCTAAATA GAGATGCAAA TAAAAAAGCT
TTCAAAGAAG ATGTGGAAGC AAATAAAATT TTAGCATTAG AAAAAAATTA TAGTAGTGGT
ATTTCTAAAA ATGTAGCACT AAAAGAAGGT ATTGATCCTA TAGAACCAAG TGCAACGAAA
GCTGATATTT TTTTTAAAAG AACTATAAAT GCACGCAAAG AAATGAAAAT TTCTACCCCT
CAAGAAGCAT TAGTAGCTAG CATTAATGAA TATGGAAGAA TTGATTTAAA ATTTTTAGAA
AATAATTTAG ATCAACCTAT AGAAAAAACC ATAGAGGTTT TAGAAAATGA AAGAATGATT
TTTAAAGATC ATAATAACCC TACTAATTAT GTATTAGCAG AAAAATATCT TTCAGGCAAT
GTTAAAGCAA AATATAATGA GGTTAAGAAA TTAGTAGATG ATGGTTTGAA TGATTTTGCT
AATAATTTAG AAAGTTTGGA AAAAGTTTTA CCTAAAGATC TAAAAGCTGT TGATATATCA
GTTGCTCTTG GAACAACTTG GATACCTATA AAGTATTATA AAGAATTTAT AGAAAAAACT
TTACAAATTG ATTCTAAAAA TTATGATTTA TTCTTGATAA ATAAAACTGG TGAATGGAAT
CTTAAAGGTA ATAATTACGC ATTAAATTCT TATGTTAGAT CACAATATGC AACTGAAAGA
ATAGGGTGTT TTGATTTATT TGAACACGCT TTATTAAGAA AGCCGATTCG TATTTATGAT
AAAAAAGAAA ATGCTGATGG AAAAGAAATA AGAGAACTTA ATGCAAAAGA GACAGCAATT
GCTAATGCAA AATTAGAAAA TATTAAAAAT GAATTTGTTG AGTGGATTTA TCAAGATTAT
GATAGGCGTA CAGATCTTGA AAATATTTAT AATGAAAAAT TTAACACCAA CATAGAACCA
CAATACAACG GAGAAAAATT AGAATTACTA AATTTTAATG CTAACATAAA ATTGAAAAAA
CACCAAAAGA ATGCTATATA TAGATCTATT CAAGAAAATA ACATTATTTT TGATCATCAA
GTAGGTGCAG GAAAAACCTT AGTAGCAATT TGCTCTGTGA TGGAGCAAAA AAGAATGGGA
CTTTTAAACA AACCATTAAT TGTAGTTCCT AATCATTTAG CAAGACAATG GAACGATGAA
TTTTATCACG CTTATGCAAA CGCAAATATT TTAGTTGCCA CAAATGATGA TCTAAAGAAA
GATAATAGAG AAAGATTTTT TTCAAAAATA GCTACAAACA ATTTTGATGC TGTTATTATG
ACACATTCGC AATTTAAATT GATACCTGCC CCTTATGAGA CTATTAAAAA ACAATATCAA
GAAGATATTC TTATTTTGGA AGAAACCTTA AACAGAAAGC AAAAAGATGA TAATGCGATG
AGATATTCTG TTAAAGAATT AGAAAAACGC ATTGAAAATT TTAAAGCAAA ATTGGAAGAT
TTACAAAAAT CACATAAAAA ATCTAAAGCG ATAGATTTTT CAGAATTGGG TATTGATGCG
TTAATTGTCG ATGAAGCACA TGAGTTTAAA AATTTACTTA TTACAACTTC TATGGGAAAT
ATAAGTGGTC TTGGAAATTT AAAAGGTTCT CAAAAAGCAT ATGATTTATA CTGCAAAACA
CAATTTCTAC ACGAGCAAAA TAAAAAAGTT TATTTTTTAA CAGGAACACC TATAAGCAAT
TCGATCACAG AACTTTATAC TTTGCAAAGA TATATCCAAC CAAATATATT AAAAGAAAAA
GAAATAGAGG CTTTTGATTC TTGGGCTTCT ATTTTTGGAG AAATTACGAA TGCTTGGGAG
CTTGATAGTT CTGGAATAAA TTATAAAATA GTGGCAAGAT TTAATAAATT CAAAAATGTT
CCTGAATTAT CAACAATGTA TAAAAGCATA GCTGATATCG TAACAAATAA TGATATTATG
AAATATCAAA AAGATTTTGT TCCAAAGCTA TATAATGATA AACCTATTAA TGTGGTTGCA
CCAAGAAGTG ATGAAATAGC AGAATTTATA GGAATTCAAG ATGAAAACGG CTCGTGGAAT
GAAGGGTCTA TTGTATGGAG AATGGAGCAC CAACAAGAAG ATATTATAAG AAATAATTTA
CTTGCTTGTA CTACAGACGC TCGAAAAGCT GGACTTGATT TTAGATTAAT TAATCCTCAA
GCCAAAGACT ATTCAAATTC TAAAATAAAT AAGCTAGTGG AAAATGTTTA TAGTGAATAT
TTATCATGGA ATGAAGATAA AGGCACTCAA TTGATATTTT GTGATTTATC AACTCCAAAA
CAGCATTCAC AAAAAGTTAT TTTAAACAAT ACCACACCAA CTAATTTATT AGAAAAAAGC
GAAGATGAAT TTATCAATAT AAATGATGTT ATAGAACAAC CAGAAGATGA TAATAATAAA
ACCTTAGATG AGCTTTTAGC AGAGCAATCA AAATTTGATG TTTATACTGA TATTTTAAAA
AAACTTGTTG CAAAAGGTAT TCCACAAAAT GAAATTCGCT TCATTCACGA TGCAAAAACA
GATTTACAAA AAGGACAACT TTTTTCGGAT ATGAATTCAG GAAAAGCTAG AATTTTAATT
GGCTCAACAC AAAAAATGGG TGCAGGAACA AATGTACAAA AAAGAATTGT AGCTTTACAT
CATTTAGATT GTCCGTGGCG TCCAAGTGAT TTAGAACAAA GAAGCGGAAG GGTTATTAGA
CAAGGAAATG AGCTTTTTAT GAGAGATCCA CAAAACTTTC GAGTAAAAGA ATTTAGATAT
GCAACTGAAA GAACTTATGA TGCTAGAATG TGGCAAGTTA TTGAAAGTAA AGCACGCTCT
ATAGAGCAAT TTAGAAAAGC AGGTGCTGAT GTAAGAACGC TTGATGATAT TACAAGTGGT
GCTGCCGATG CAGCAGAAAT GAAAGCAGAA GCTACTGGAA ATCCACTTAT TTTATTACAA
GTGCAACTAA GTAGCGATTT AAGACAAGAA GAAATGCTTT ATAGTGGCTA TAAAAGGCAA
ATTCATAACA ATGAAGAAAG CCTTAGATCT AATATATCTA AAATTGAATT TTTGGAAAAA
GAAACAAAAA AATATAATAT ACTCCAAGAC ATTATCCAAA AAAACAAAAG TGATAATTTT
CAAGGAAAAT GTTTTATTTA CAATGAAAAC AATGAAGAAA GCGCAAAAGA TTTTTGTATC
ATTAAAGATG ATGCTTCAGA ACTAAATAAA ACAAGACAAA AAGAACTTGA AATGTTTTTT
GATAAAACCA TTAAAACTAT TGCACACGAT TATCAGAAAG AATATAAAAT TTTTGAATAT
CAAGGACTAA TAATTAGTGG AGAAAAAATT GATCTAAACA CTTTAAATTT TTATGTATCT
ACCCCTGATA AAAAGATATT CGTTGAACCT GATAATTTAA TTTACAAACG CGATGAAAAT
ACTTTTTTCA ATTTAGAAAA TTATGTAAAT TTTACTGGAT TTATAAAAAG AATAAATAAT
TTTTATAACA ATCTTAGTAA ATTTAGTGAT GTGAATTTAA AAAACATAGA AAAATTAAAA
AACGATGTTG AAGAATTGAA GTTAATAACA GGTGAAAATA CTCCTGAATA TAAAAGAAAA
GAGTATTATG AAGCGTTAAA AGAGGATAAT GTTATTATAA TGCAGGAAAT AGAAAAAATG
AGTCAGCAAA AAGACTATAA AAGCCCTTTT ATTCCAAAGT CTAATGCTAT TTTGGAAAAA
TTAAATAACA AAAATAATAT TGAATTTTGT CAAGATAGAG TTTAA
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| Protein sequence | MAKKKKLNDD QPSLFYFIEE ELIITDERKE NEQQNGKLSK YENIGKEFKQ DSIFTASTGL
DRQKNPSIQL NNIGEMDTNL SKYNQKYGNV GINNIGTTTS TNGTSNLGKQ RSKQEEISGL
NRYGNIDGGT NKSQSLYRDR TTNLFSFISR DDDEGQTTKS RENNQRSVLE LTTGYDGYEG
RSFKSGQKLD FASDDEVYLG SLKDRFQKNL QAIKLSKTIE QENRYATKQE QEILNKFSGW
GGIPQAFDFQ NKEWEKEFKE LINTLDYAEY EKAKTSTLDA FYTPKIIIDT IYQGLNQLGF
NNDNHTKEIF EPSAGIGSFL SYAKNYSDKY RFTCIELDTM SSNILKNLYP NQTIYNKAFQ
HHLFDKPYDA FIGNPPFGQK KIIDPNNPTL NKTSVHNYFI GNAIKNLKED GIAAFVVSSY
FLDSKNSTIR NYIAEQATFL GAVRLPNNAF KKRANTEVTT DIIFFKKGKD LNINNSWLES
VEYYDNRFAE AEKRGMHTDV FNDFRINEYF KKNPQNILGK MDIKSSQYGK DLVCLDDGRN
LKEALENFVK SLPKDIYKYQ ETKIKLSYYR IDKESPEYQN YSNALNKLKD GNYFKYKNEI
YMRIRNDEEI VFSKPVLNEH DKRRIRKLID IRDQFNTLIE YEKNQSSELL VENQRKYLNK
LYDDFVAKEG YLNRDANKKA FKEDVEANKI LALEKNYSSG ISKNVALKEG IDPIEPSATK
ADIFFKRTIN ARKEMKISTP QEALVASINE YGRIDLKFLE NNLDQPIEKT IEVLENERMI
FKDHNNPTNY VLAEKYLSGN VKAKYNEVKK LVDDGLNDFA NNLESLEKVL PKDLKAVDIS
VALGTTWIPI KYYKEFIEKT LQIDSKNYDL FLINKTGEWN LKGNNYALNS YVRSQYATER
IGCFDLFEHA LLRKPIRIYD KKENADGKEI RELNAKETAI ANAKLENIKN EFVEWIYQDY
DRRTDLENIY NEKFNTNIEP QYNGEKLELL NFNANIKLKK HQKNAIYRSI QENNIIFDHQ
VGAGKTLVAI CSVMEQKRMG LLNKPLIVVP NHLARQWNDE FYHAYANANI LVATNDDLKK
DNRERFFSKI ATNNFDAVIM THSQFKLIPA PYETIKKQYQ EDILILEETL NRKQKDDNAM
RYSVKELEKR IENFKAKLED LQKSHKKSKA IDFSELGIDA LIVDEAHEFK NLLITTSMGN
ISGLGNLKGS QKAYDLYCKT QFLHEQNKKV YFLTGTPISN SITELYTLQR YIQPNILKEK
EIEAFDSWAS IFGEITNAWE LDSSGINYKI VARFNKFKNV PELSTMYKSI ADIVTNNDIM
KYQKDFVPKL YNDKPINVVA PRSDEIAEFI GIQDENGSWN EGSIVWRMEH QQEDIIRNNL
LACTTDARKA GLDFRLINPQ AKDYSNSKIN KLVENVYSEY LSWNEDKGTQ LIFCDLSTPK
QHSQKVILNN TTPTNLLEKS EDEFININDV IEQPEDDNNK TLDELLAEQS KFDVYTDILK
KLVAKGIPQN EIRFIHDAKT DLQKGQLFSD MNSGKARILI GSTQKMGAGT NVQKRIVALH
HLDCPWRPSD LEQRSGRVIR QGNELFMRDP QNFRVKEFRY ATERTYDARM WQVIESKARS
IEQFRKAGAD VRTLDDITSG AADAAEMKAE ATGNPLILLQ VQLSSDLRQE EMLYSGYKRQ
IHNNEESLRS NISKIEFLEK ETKKYNILQD IIQKNKSDNF QGKCFIYNEN NEESAKDFCI
IKDDASELNK TRQKELEMFF DKTIKTIAHD YQKEYKIFEY QGLIISGEKI DLNTLNFYVS
TPDKKIFVEP DNLIYKRDEN TFFNLENYVN FTGFIKRINN FYNNLSKFSD VNLKNIEKLK
NDVEELKLIT GENTPEYKRK EYYEALKEDN VIIMQEIEKM SQQKDYKSPF IPKSNAILEK
LNNKNNIEFC QDRV
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