| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CFF8240_1268 |
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| Symbol | |
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| ID | 4537808 |
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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 | 1259241 |
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| End bp | 1262291 |
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| Gene Length | 3051 bp |
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| Protein Length | 1016 aa |
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| Translation table | 11 |
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| GC content | 28% |
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| IMG OID | 639746637 |
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| Product | sensor histidine kinase/response regulator |
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| Protein accession | YP_892424 |
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| Protein GI | 118474424 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG0642] Signal transduction histidine kinase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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| Plasmid unclonability p-value | 0.375784 |
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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 | ATGAAGACCT TTTTTAGCAC CATAAATATA CTAAGGCTTA TAAGCACCAT TCCGCTTCTT
ATCATATTTT TCTTATCTAG TTTTTATCTA TATAATTCAT ATAAAACCTA TTTAAATTTG
AATCAACTAA ACTATGAATT TGGTATATCT CAAACATTAA CAAAGCTATC AAAAGAGCTA
AATCAAGAAA AAAGTATGAG CGTACTATAT ATGGCTACTG GAGGAATTTT TGATAGTGAA
AATATAGAAC AACAGAGGAA AAATTCAGAT GAGCTTATAA AACAAACTCT TAAAATATAT
GAAAATATAC CAAACGATAA AAACGCAAAT ATCATAAAAA ATAGACTTCT TGATATAAAT
CGGATAAGAG ATAAAATAGA CTCTTTATCT ATCAGCTTTG ATGAGATATT TTTTGAATAT
TTTGAAATAA TAAATAAAGC GATAGAAGAA GAACTTATGA TGCTTAAAGA TCATACTTTA
TCTCCTCATC TAACAACGTT TTTAACATCA TTTACTTTAG CTTACGCAAA TAGCAATTTA
ATAAGCACAA AAAGAGATTT TGTATCTCAA ATTCTAATCC AAAATAGAGA TTTTAAATCA
AACGAAGTAA AAGTTTGGCT AAGTCTCATA AGAGGAGATA AATTTCATTA TCAATATATT
CCCGAATCTC AAGCAAAAAA TATAATTGAT GATATATATA ACAGTATTGA ATATGCAAAT
TTAATATCAA GACTTGAAAA TTACGCAACG CAGATCATAA GAAACTCATC AAACACGGCA
GAGGCGAATT TTGCTTCTTA TTTTGATACA GTTAGTGATG AGTTAGCGAT ATCATACGAG
ATACAAGATA TATTAAAAAA TCAGATCGAT TATGAGATAA TAGAGTTTAA ATCATCTTTT
TTCAATCATG TTATCATAGG AGCTTTCATC TGGATTGTAA ATATAATACT ATTTATAATA
GGATGTCTCA CAAAAACAAG CATAAAGAAA AATATATCTG AACTCAAAAA TATACTAAAA
CAAATAGCAA ATCTAACCGA TAATAAAAAT ATAGACCTAA GCACAAACAG CGGTATAAGC
AAAGCGTACG ATATGATAGC AAAAGCGCTT GAGCTTATAA CAACTCAAAA ACAAGCGGCA
ATCGATGCGA ACAGATCAAA ATCTGCGTTT TTAGCCAACA TATCTCATGA AATAAGAACT
CCTTTAAATG GGATAATAGG CTTTACGGAT CTGCTTAAAA ACTCAAATTT AAAAAAACAA
GAAAAAGAGC TTGTAGGAGT GATAGAACAA AGCAGTGAAA ATTTACTTAG AATTATAAAT
AATATACTTG ATATATCAAA GATAGAAAGC CGTAAAGTTG AGCTAGACAA TGAAGTATTT
TCGCCTATTA AAGAGTTTAG TAGCGCTGTG GAACTCTACT CGCAAAAAGC GTATGAAAAA
GATATAGAAT TTATATGTTA TATTGATCCA TCGCTAAACA AGCATTTAGA AGGCGATTAT
TTTAAAGTAA AACAAGTACT TATAAATCTT ATCGGCAATG CGATTAAATT TACTCCTCAA
AATGGACAAA TCATAGTAGA TATAACAAAA TTAGATGAAA ATGAAGATGG AAAAACTACA
ATTAAATTTA GCGTAAAAGA CAACGGAATC GGAATCGATA AAAATATGCT GGAAAAAATA
TTTGATAGTT TCATTCAAGC AAATAAAGAC ATAACAAAAA TTTACGGCGG CACCGGACTC
GGGCTTAGCA TATCAAATGA ATATATAAAA ATGATGGACT CGATTATCAA AGTAAAAAGC
GAACTTGGAG AAGGAAGCGA GTTTAGTTTT GTTATTAAAT TTAAAGGCGC AGACTCTAAG
GATCAAAATT ATTTTATGGA TTTTGCGGGC AAAACAGTTA CTGTTTTTAC AACCAGAAAA
GATAGTTTAT ATGACGAATA TCTAGAAAAA TACTTTGATT TTTTAGGCAT TGAAACAAAT
ATAGTATATG ATAGCAATGA GCTTTTAAAA TTAAACAAAG AAGATATAGT GGTTACTAAA
TTTAAAAACT ACGCACGCCT AAAAACAGAT GCATTCGTTC TGGTTTTAGC AAATACCAAA
GAGATGCAAA CAAGCCTAGT AGAAGATAGA AATATAAGCT TTATAAATGA GCCTCTATCT
ATAACTAAAT TAAAAAAAGC ATTAGAAAAA GCAGATTATA AAAAAAGACA AAAATCCAAC
GACGCATACT CTCACAAATA CAATATCAGC GTTTTATTAG CAACAAATAA TGAAAATAAA
ACCAAAGACA TAGAACATAT CTTAAAAGAG CTTTGCGAAA GAGTAGAAGT GGTAAATGAT
GCAAAAAGTG TCATTGAGTA TACGCAAATA AGCCATTATG ATATTATATT TTTAGATATG
GTGCTAGATG AAATGAACGC TATTTTATGT GCTAAAAATA TGATTCATCA TGAAAAACAA
AACAACTTGC CACATACTCA TATTATCGGT ATAGTAAATA CTATTTCAAA TTTAAACCAA
ATTAACGTAG AAAAAAACTA TCTTGACGAC TATATACAAA AACGCTCTTC TAAAAATGAA
ATATTACAAA TTTTAAATAA TTTTACACCG CAAAACGCGA TAAATTTACG AGCTAAAATA
ATAGCTCCTA TAAATAAAAA AGTTGAAGCC AAAGAGGAGA TAGCAAATTT AAAAGACGTA
TTGCTGTTTA AAAAAAGCAA TATAGAAAAT AAAATATTCA GCACGGTTTT AAACGGATTT
TGCAGTAGTG TCGATGTAGT TTGCAGCTTT GAAGAGCTAA AAGAATATCT TCAAAACTCA
GCTTATAGAC TAGTTTTATT GGATTACAAA ATACCAAATT TTGAATCAAA CCTGATATAT
TCATGGATAA ATAGTTCAAG ACAAAAATAC AAAATTGATA CAAAAACTAT AATTTTTATC
GATCCAAATG TAGAAATAGA CGAGAGTTTA GATGATAAAT TTGATGAAAT ACTCACAAGT
CTTATCAATA AAACTCAGTT AGAAGCTCGT ATCAAACCAT ATATCAAGTG A
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| Protein sequence | MKTFFSTINI LRLISTIPLL IIFFLSSFYL YNSYKTYLNL NQLNYEFGIS QTLTKLSKEL
NQEKSMSVLY MATGGIFDSE NIEQQRKNSD ELIKQTLKIY ENIPNDKNAN IIKNRLLDIN
RIRDKIDSLS ISFDEIFFEY FEIINKAIEE ELMMLKDHTL SPHLTTFLTS FTLAYANSNL
ISTKRDFVSQ ILIQNRDFKS NEVKVWLSLI RGDKFHYQYI PESQAKNIID DIYNSIEYAN
LISRLENYAT QIIRNSSNTA EANFASYFDT VSDELAISYE IQDILKNQID YEIIEFKSSF
FNHVIIGAFI WIVNIILFII GCLTKTSIKK NISELKNILK QIANLTDNKN IDLSTNSGIS
KAYDMIAKAL ELITTQKQAA IDANRSKSAF LANISHEIRT PLNGIIGFTD LLKNSNLKKQ
EKELVGVIEQ SSENLLRIIN NILDISKIES RKVELDNEVF SPIKEFSSAV ELYSQKAYEK
DIEFICYIDP SLNKHLEGDY FKVKQVLINL IGNAIKFTPQ NGQIIVDITK LDENEDGKTT
IKFSVKDNGI GIDKNMLEKI FDSFIQANKD ITKIYGGTGL GLSISNEYIK MMDSIIKVKS
ELGEGSEFSF VIKFKGADSK DQNYFMDFAG KTVTVFTTRK DSLYDEYLEK YFDFLGIETN
IVYDSNELLK LNKEDIVVTK FKNYARLKTD AFVLVLANTK EMQTSLVEDR NISFINEPLS
ITKLKKALEK ADYKKRQKSN DAYSHKYNIS VLLATNNENK TKDIEHILKE LCERVEVVND
AKSVIEYTQI SHYDIIFLDM VLDEMNAILC AKNMIHHEKQ NNLPHTHIIG IVNTISNLNQ
INVEKNYLDD YIQKRSSKNE ILQILNNFTP QNAINLRAKI IAPINKKVEA KEEIANLKDV
LLFKKSNIEN KIFSTVLNGF CSSVDVVCSF EELKEYLQNS AYRLVLLDYK IPNFESNLIY
SWINSSRQKY KIDTKTIIFI DPNVEIDESL DDKFDEILTS LINKTQLEAR IKPYIK
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