| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CFF8240_0744 |
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| Symbol | |
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| ID | 4538222 |
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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 | 750879 |
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| End bp | 756116 |
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| Gene Length | 5238 bp |
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| Protein Length | 1745 aa |
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| Translation table | 11 |
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| GC content | 31% |
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| IMG OID | 639746130 |
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| Product | hemagglutination activity domain-containing protein |
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| Protein accession | YP_891919 |
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| Protein GI | 118475519 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01901] filamentous haemagglutinin family N-terminal domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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| Plasmid unclonability p-value | 0.0630487 |
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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 | ATGAGATTAA GTACAAATAA ATTATTTCGT TTATCGTTAA GTTTAACACT TATTAACGTG
TTATTTCCTT GTTTGCTAGT TTCAGCGGAT TTAAGACAAA GAAATATTAT TATTTCAAAA
TCTAAAAATA CGGCATTATC TAGCAATAAT ACCGATGTGA TTAATATTAA TAATCCGAGT
CAAAATGGAA TTTCGCATAA TCAATTTGAT GCCTTTGACA TTCACAAAGG CGTTATTTTC
AATAATAGTC TAGAAGACGG AATTTCAAAA ATTGGCGGTG CGATTGAAAA AAATCCTAAT
TTAACAAAAA ATGCTAGTGT TATAGTGAGC GAGATTACAA GTAAACAAGC TTCACAAATT
AATGGAATTT TAGAAGTTTT TGGAAAAAAA GCTAATTTAG TATTTGCAAA TGAAAACGGT
TTTAGCGTTA ATGGAGCAGC TTTTTTAAAT ACCGAAGGTG TAACGCTTAG CACAGGTAAG
TTTAATGATA ATTTTCTTAA TATCGATAGT GATGCGAGAA TTAAAATAGG TAACAGTGGC
ATTATCGTTG ATGGAGATTA CTTTAATGTA ATTAGCCGCG GTATAGATAT CGCCGGCAGT
ATTGCTCATT ATGAAAAAGG TAAAAATTTA TCTAATATTA ATTTTATTGC CGGACTTAAT
ACAGTAGATT TAAATAATCC AAATTCACCT AAAATAAGTG CTAAATTAAC CACACAAAAA
GATAAAAAAA TTGATTATGG AATCGATGGA AAGTATCTTG GTTCTATGTA TGCAAATAAA
GTTACTTTAA TTAGCACCGA AGAAGGAGTC GGTGTAAGGC ATAGCGGGGT TGTGAGGAGT
ATTAAGGATG TTATGGTTAA AGCTAAAGAT AAGGTTGAGT TTCAAGCTTT AGGCGTAAAT
AGAAACGGAA GTATCAGCAT AGAAGCAAAA GAAATTCAAA GCTCTTTAAT CAATGCAGAC
AACATAAGTT TAAAAGCAGA AGGAAAAATT ACCAATAAAG GACTTTACAG AGGTAATGAG
ATAACCGTTA ATTCTAATTC TTTTGAAAAT GCTAAAACAG TAGATATAAG TAAAGAAACA
AAAGATATTT TTAAAACAAA TCAAAAAAAA TCTCAAATTT ATGCCGGTAC TATCTCGGTA
AACGCTACAG ATAAAATTGA CAATTTCGGT TCTATCAATG TTTTAAATGA TATAGTATTA
AATACAAATT CCTTAAACAA TAAAGGAGAA ATATCAGCCA ATAATAATAT TGATTTAGTA
CTTAGCGCTT TTGATAACGG CGGCAAAATC ATAAGTCAAA ATAATATCAC GTTAGAAGCA
AATGATGATT TGGATCTTAA TGCTCGAACA TTACATGCAA AAAATTTACT TGATATTTCA
AGTAACGAAA ATTTGCGTGT AAATTCAAAA CTTGAAAATT TAGGTTCGAT TCAACTAAAT
GCACGAAATA TTTATATTAA TGCTTTGGTT GCAAGCGGGA AAGATTTGGT TTTACATTCG
CGTGGAAGTA TTGAAAATAA TGGTTATTTG TATTCTGTTA AAAATACTAC TTTGAATGCA
TTGATCGTTA TGAATGATTC AATGATTGAT AGTTTGCAAG ATTTAAGTAT TAACTCAAAA
TATGTGAATA ATAACTCTTT GATATATGCA AGTAGAGATA TCAATATAGA AGCGCAAACT
TTAAATAACA TAGCGCAAAT GATAGGTTCG CTTACATATT TTACTGATAA TACAAGAGGA
TTTGGCTGGG CAAATTACGG CGATACTGCA TTTAAACGAT GGAATATGGA AGCTAGAGTT
AATAATATAT TAAAATATAT CAATTCATTA GATAGTAGAC AAGGTATAAT TCAGTCAAGT
AAAAATATTA ATATAAATAC TATTTCGCGA GATAGAAATA GGCGAATTTA TAATGAAGGG
AAGATACTAG CTAAAAATAA TATATCAACT TTCGGAAAAA TTAACAATGT AACTTTAAGT
AAAGATATAA CCATGAGAGA AGTTTTTTCT AAAATAAAAG TTGGTGGATT TTTTGCTAGA
GAGTATCTTG GTAGTTGGAA TACAAATTCA ACCCATTATT TCACTAGAGG AGAAAGCTTA
CTTGATGCTT TAAGATATTT TTCAAGCAAT GCGGCAAAAA ACCATCAAAG AGAATCTGCT
TGGAACGCTC TTAAAGATGC GGCAAGAAAA AATAAGACGC TTAGACAGTA TTTTTCTTTA
TTATTAGGCA GTAATTACGC TTCTCAAAGA TTTGTTCCAA ATCAGAATAG TTGGAATCTT
AATGCAAAAA TGATTTTTAA AGCAAAATCA CAAGCTCAAA TAGCATCTAA TGGTAGATTA
AACATAGTTT CTAGCAGCAT AACGCAAGGA TTATCAAGTT CTTTAAATAG AGATTTTGCT
TTGATAGAAT CTAACGTAAA AAAAGCGGTT AATAGTAGAG ATTTAATTTT AAGTTCTATC
CCAGATATCG TTAATTCGCG CTTATTTACT ATTAATATTC ACAAAGATGA CGTTGTTTCA
AACGATAGGG GCGGTCTTGT CGGCAAAGCC GCAGTAAGTA TCGATACAGG CTCATTAAGT
TCATCTTTAA GCGGTATTTC TTCAGAAGGA CAAGTTAATA TAAATGCTAG CGATGAGGCT
AATTTTATTA GTTCTCAGCT AGATGGAAGC GAAGTAAATA TAAACGCAAA TAGAGCGAAT
ATAAATACCG CTTTAGCTAC TAATGAAGAA GGAACTAGTA CTTCTGTATC TAAAACTGAG
ATTAAAGGAC AAAATTCCGT AACTATTAAC ACAAACGATG ATTTAAATAT CCAAAATAGC
GATATAACTG CTAGCGCTCA AAATTCGCAG ATAAATTTAA ACTCTCAAGA CGGTGATGTG
AATATTAAAA ATGATTATTC AACTTCATCT TCATTTACTC AAGAACAGAC AGGCGATAAT
GTTTCTACAA GTTCTACACA AAGCAATACT GTTTTAAGCT CAAATATAAG TGCGGATAAT
TTAAGCATTA GCGCAAAAAA AGATGCTAAT ATAGTATCTA GTAATATAAG CTCTACTTCG
CAGCAAGGGT CTATTGATAT AAATGCACAA AATGTTAATA TCGCAGATGC TCAAGAAAAT
ACGAAAATAC AAAACGAGGA ATATAGTAGA AGCTCAACGG AAATAAACCA TAAAAGTACT
AGTTTGACTA CTTCAACTTC GCAAGGTAGT TCTTTAACCT CACAAAATAA TATTAATATC
AATGCAAGTA ATGATGTGAA AATAACAGGT TCTAATATTC AAGCACAAAA TTCTGCTAAT
TTAAATGCTA AAAATATTAG CGTAAATAGT GGAGCGACTA AAATTTCAAG TTCGTCTCAA
GCTTCAAATA CTCAAATTGC CGGCTTTAGA CAAACTACCC AAAATGTAGA AAGTTCTGTG
GTTGCTTCAT CAAGTATTAG TGCAAATAAC GAGGTTAATT TAAATGCTAA AGACAAAGTA
GATATCAAAG GTAGCAATCT CAAAGGTGAA GAAACAAATG TTAACGGTAA TGAAGTAAAT
TTTATTGCCG CACAAAATCA AACACACACG CAAACTAATT CTCTTGGCGT AGGAATTTTT
GCTAATGCGA ATTTAGAATT AGGCGGTCAA GGTATAAGCG CAAATTATAG TCATGCTGGG
CAAATTGCTA ATACTAAAAA ATTAGATAGT GAAAGTAGCA TTACTCAAGG CGGATTGAGA
TCTGATCTTT TTGGAGCTGG AGAAGTCGGA GTTGAATTGA TATCAACACA AAAAACTACC
AACGAAGTTA CTAACGTTTC AAGTAGATTA GAAGGTTCAA ATATTAATGT AAATTCAAAT
AATACTTTAG ATATAGGTGG AGCAAATTTG AAGGCAAATA AAGATATTAA TCTTAAAGGC
GGAGAAATCA AAAGCACCAA ATACGCAGAT ACAAAAACAC ACAGTAGCAC CGGTTTTAGT
CTTAGTGTTA AAGAAAAATT GGAATCTTTG AGTCCTATCG CTTCTTTTGC TAATCAAGTA
TCGCAAAATT TACACTCTGA GCAAAAAGGC TTAAAACCAA ATCCAGGTAT CATTGCGGCA
CAAATTTCAG CAAGTACGGT TAATATGTTG AGTAATAATC TTGTTACTGG AAATTCCAAC
CAAACCATAG GTTTTAAATT CAATCAAAGT CAAAGTTCTA GTTCAAATGA AAATATCACG
CAGATTACTG CGGGAGAAAA TTTAAATATT TCGAGCACTA AAGGAAATAT TACTTTAAAT
GGAACTAATG CAAATGCAAA TAATATTAGT ATAAATTCAA AAAAGGATTT GATTGTAAAT
GCTGCAAAGT CTAAAGCTAG TTCTTCAAAT ATACAATTTG AGGCAACAAT TACCAATAGA
CAAACCGCAG GTTACCATAT TATCGATGGC GGAGTTGCGG GTAACGCGGT AGAATTTTTT
ACTAACGGTT CGTATTCTAG AACCGACGAA TCTAAATTTA GCAATACCAC TCTTAATGCA
AATAATGATG TAAGCATTAA AACTAAAAAT AACACAGTTC TTAACGGAGC TAATGTAAAT
GCCAATAACG TAAATTTAGA TATAGGTAAA AATTTAGAAA TCAATTCTCT AGTCGATACT
TCAAATTCTG AAAAATACGG CGGAACTTTA AGCGGAACGA TAACTGGAGC ATTATCAAGC
AATCATATTG CTACAGGAAG CGTTTCTGGT ATGGTAGGTT TTGGATATAA TAAATCAAAT
AAGGCTGAAG TTTCAACTCA AAGCGGATTT AATGCTAAAA ATGAAATTAA CGGCGGTGTA
GGCGAAAGTT TGAGCTTAAA AGCCGGAATT TTAAATTCAA AAGTAGGTTC CGGAAATTTA
GAAGTTGCAA GAAAAGTTTT AGAATCTGAT GTAAAAACTT ATGAAAAAAG CGATGGTGCC
ACTGTAAGAA TAAATGGCGG AACAAATACA AGTTTTGGCG CAGTAGTTGA TATCGAAGAT
CATATCAACA AAACAGGTAG TGCAAACTCA GCTAGCAATA TTAATATAAA TGGAAATAAA
AATAATATTA TTAGCACTGA TACTCAAAAT ACTCAAAGTT CTACAGATAG TTCTTGGGCA
GGGGGAACCG TTAATTTTAG CACTTCAGTA ACGAAAGTTA AAGATGCGGT CAATCATATT
AGGGGAATGA ATTCTAATCC TACATCAAGT ACGAATACAA TGCATGTTAA TGAAATCACT
GAAACAACGA GGTTTTAA
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| Protein sequence | MRLSTNKLFR LSLSLTLINV LFPCLLVSAD LRQRNIIISK SKNTALSSNN TDVININNPS
QNGISHNQFD AFDIHKGVIF NNSLEDGISK IGGAIEKNPN LTKNASVIVS EITSKQASQI
NGILEVFGKK ANLVFANENG FSVNGAAFLN TEGVTLSTGK FNDNFLNIDS DARIKIGNSG
IIVDGDYFNV ISRGIDIAGS IAHYEKGKNL SNINFIAGLN TVDLNNPNSP KISAKLTTQK
DKKIDYGIDG KYLGSMYANK VTLISTEEGV GVRHSGVVRS IKDVMVKAKD KVEFQALGVN
RNGSISIEAK EIQSSLINAD NISLKAEGKI TNKGLYRGNE ITVNSNSFEN AKTVDISKET
KDIFKTNQKK SQIYAGTISV NATDKIDNFG SINVLNDIVL NTNSLNNKGE ISANNNIDLV
LSAFDNGGKI ISQNNITLEA NDDLDLNART LHAKNLLDIS SNENLRVNSK LENLGSIQLN
ARNIYINALV ASGKDLVLHS RGSIENNGYL YSVKNTTLNA LIVMNDSMID SLQDLSINSK
YVNNNSLIYA SRDINIEAQT LNNIAQMIGS LTYFTDNTRG FGWANYGDTA FKRWNMEARV
NNILKYINSL DSRQGIIQSS KNININTISR DRNRRIYNEG KILAKNNIST FGKINNVTLS
KDITMREVFS KIKVGGFFAR EYLGSWNTNS THYFTRGESL LDALRYFSSN AAKNHQRESA
WNALKDAARK NKTLRQYFSL LLGSNYASQR FVPNQNSWNL NAKMIFKAKS QAQIASNGRL
NIVSSSITQG LSSSLNRDFA LIESNVKKAV NSRDLILSSI PDIVNSRLFT INIHKDDVVS
NDRGGLVGKA AVSIDTGSLS SSLSGISSEG QVNINASDEA NFISSQLDGS EVNINANRAN
INTALATNEE GTSTSVSKTE IKGQNSVTIN TNDDLNIQNS DITASAQNSQ INLNSQDGDV
NIKNDYSTSS SFTQEQTGDN VSTSSTQSNT VLSSNISADN LSISAKKDAN IVSSNISSTS
QQGSIDINAQ NVNIADAQEN TKIQNEEYSR SSTEINHKST SLTTSTSQGS SLTSQNNINI
NASNDVKITG SNIQAQNSAN LNAKNISVNS GATKISSSSQ ASNTQIAGFR QTTQNVESSV
VASSSISANN EVNLNAKDKV DIKGSNLKGE ETNVNGNEVN FIAAQNQTHT QTNSLGVGIF
ANANLELGGQ GISANYSHAG QIANTKKLDS ESSITQGGLR SDLFGAGEVG VELISTQKTT
NEVTNVSSRL EGSNINVNSN NTLDIGGANL KANKDINLKG GEIKSTKYAD TKTHSSTGFS
LSVKEKLESL SPIASFANQV SQNLHSEQKG LKPNPGIIAA QISASTVNML SNNLVTGNSN
QTIGFKFNQS QSSSSNENIT QITAGENLNI SSTKGNITLN GTNANANNIS INSKKDLIVN
AAKSKASSSN IQFEATITNR QTAGYHIIDG GVAGNAVEFF TNGSYSRTDE SKFSNTTLNA
NNDVSIKTKN NTVLNGANVN ANNVNLDIGK NLEINSLVDT SNSEKYGGTL SGTITGALSS
NHIATGSVSG MVGFGYNKSN KAEVSTQSGF NAKNEINGGV GESLSLKAGI LNSKVGSGNL
EVARKVLESD VKTYEKSDGA TVRINGGTNT SFGAVVDIED HINKTGSANS ASNININGNK
NNIISTDTQN TQSSTDSSWA GGTVNFSTSV TKVKDAVNHI RGMNSNPTSS TNTMHVNEIT
ETTRF
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