| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CHAB381_1357 |
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| Symbol | |
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| ID | 5408209 |
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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 hominis ATCC BAA-381 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009714 |
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| Strand | + |
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| Start bp | 1290120 |
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| End bp | 1293197 |
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| Gene Length | 3078 bp |
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| Protein Length | 1025 aa |
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| Translation table | 11 |
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| GC content | 29% |
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| IMG OID | 640871034 |
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| Product | hypothetical protein |
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| Protein accession | YP_001406906 |
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| Protein GI | 154148646 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.156492 |
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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 | ATGAAAAAAA TCTTAAAATT TTTTGCTGAT AAAAAAAGAC TTTGCGTATT GATTTTTGCG
GTGTTTTTTT TAATTTACAC AATTTTTGGA TTTTTTGGAA TTCCATACAT CATCACAAAA
ATTTTACCAT CTAAAATGCC GAACAAAGTT AGCCTGAATA TACAAAATGC AAAGTTTAAC
CCTTTTACTT ACGAATTAAA CATTACAAAT TTGGATTTAA GAACGCAAAT ACCGCTTTTC
AAAGCCAAAA AAATAGACGC TGACATAAAA TTTACAGATT TTTTCAAAAA AAATCTTAAT
TTTGAAATTT TAACTCTTGA ATCGCCGCAA ATCAGCATAG CAAAAGATAA AAACGGTAAT
TTCAATTTTG CATCTTTACT TGAAAATAAT AAAACCGAAA ATAACAATGA AGAGAAAAAT
TCAGGAGTTA ATTTAATCTT AAAATACCTT AAAATAAAAA ACGGCACGAT AAAATATGCC
GATAACTCGT TAAAAGAGCC GTTTGTAGCG GCAATTGACA ATATAAATTA CGAATTGACA
GATTTCGACT TGAAACAAAA TATTGGCGGA AACCACCGTT TTGGCGGTGA TTCCAGCATT
ATGGAAAATG TGAATATAGA AAGTAAAGTC GATTTGAATC CGTTTAAAAT TTACGGAAAA
ATAGATATAA AAAATCTTAA TATAAATCCA TTTTGGCTAT CTTTTGTACC TGATAATACA
AACCTTAAAA ACGGCATTAT TAACTCAAAT TTACTTTACT TTTTAAAATT TGACAACGAA
ATTAAATTTT ATTTAAAGGA TTCAAATTTA AGTATAAGCG ATTTTTCTTT ATCTCTTGAT
AAAAATAGCT CGGAACATGC GAATTTTAAA GAACTTGCAC TAAAAAATTT CAATATTCAT
CTTTTATACG ACAAAGACAT AAAAACCGAT GCGAAACTGG AAAAATTTTA TTTGCAAGAT
GCGAATTTAT CAGCTTTTAA TTACAATTTG AATTTCAAAA ATTTAAATAG CGACAATGTG
AAATTTAATA TGGAAAATCA AAATTTTAAT GTTAAAATTC CTCAAATTCT GGCACAAACT
ACAAAACTTG ACTTTAAGAA AAAAGATTTT TTCGCTTTAT CGAAAATAGA TTTAAAAGAT
ATAAATATAA GTAAAGAAAA TAACACCACA ATGGTTGCTT TGCAGGATTT TAACGCGAGT
AATTTCGATT TAAACAAGTT TATAAATTTT AAAAGTCTAT ATGTAAAAAA TATAAAATTT
GACGAAAAAA GTTTAAAAAT AAAAAACGCC GATTTGAATG AACTTAATTT TAACAGCGAA
ATTACTAAAA ACGGCGCAAC AGCACTAAAT TCTTTGGCAC TTTTAAAAAC TTCTAAAAAT
GCTGCAAAGA AGAAAAAATC AAATTTTAAA TTTGAGCTTG AAAATTTCAG CTTAAACAAC
GCAAGCGCCC AAATCAGCGA AAGCTTCATT ACAAAAATGA CGCACAGAAT AACAGGAATA
AACTTAAATA TAAAAAATTT CAGCTTAGAC AAAGATTTTA ACGTAACAAC AAATATCAAC
TCATCTCAAA TCGCGCTGAA ATCGAATGGC AACCTTAAAA TTTCGCCTTT GAGATTTTCC
GGTAAAATTT CAGCAAAACT CAAAAATTTA ACATACTTTA ATCCGTATTT AAATGAATTT
ATAAATGCTG ATATAAAAAG CGGCGAAATA AATACTGACG GCAATTTAAA ATTTACGGAC
AATTTCGATT TTAGCGGAAA TTTTTCGGCT AAAAATTTTA TATTAAACGA CAAAAACGGC
AAATTTTTCG GCATCAGGAA CTTAAGTGTA AAAAATGCGA AAATCACACC TGAATCGGCA
GTTTTAAGCG ACATAAACAT TTCATATCCG TATGCCAAAC TTTTCATAGA TAAAAACAGA
AATTTCAACG CAATCAATAT AATAAAATCA AATAAAAAAA GCGCTGCACG AAGCGAAAAT
AATTTTGATT TTACACTTAA AAATATAAAA CTTCTCGGGG GCGAAATCGA TTTTATCGAT
CACAGTTTAA TGATTCCGTT TGATATTAAA ATTTCGAAAG TAAGAACGGC GGTGAATAAA
GTAGCTTCAA AAGGTCTTAC AAAGCTCGAT TTTAACGGTC TTGTAGGAAA AAACGGAACC
GGAAAAATAA AAATCATAAC ACTTCCTTTC AATTACGATC AAAGATCTCA CATGGAAGTA
ATTTTCAAAA ATGTGGCACT AAAAGACGCT ACGCCTTACA GCGCGAAATT TATAGGATAT
GAGATAAAAG ACGGAAAATT AAATCTCAAA CTTGATTATA AAATAAAAGA TAAAAAACTT
GTCGCTAAAA ACAACATAAA TCTGGATCAT TTCACACTTG GCAAAAAAGT GGAAAGCAAA
GATAATGTGA ATTTGCCCGT ATCCTTGGCT GTTTCAATCT TAACCGATCA AAACGGACAG
ATAAATGTTG ATTTGCCTGT AAACGGGGAT TTGAATAATC CTGATTTTAG CTACGGCGGA
ATTGTTTGGA GCGCCGTTGG CAAACTTTTT TCAGATATCG TATTAAGCCC TTTCAGATTT
ATAGGAAATG TTCTTGGAAT CGATACTTCA AAACTTGAAG GAATTGATTT CGAGTTTGCA
AGCAGTGAAA TTCTGGATAG CGAAAACGAA AAATTTGAAA ATATAAAACA CATTTTGGAT
TCAAAGCCTG AAATAAAACT TACATTAACT CCGACTTACA ATGAAAAAGG CGACACTTTT
GCTTTTAAAG AGGAGAGTTT TCATAAAAAC ATAGATTTAA TCATAAATCA ACAAAATGTC
AGCTATAAAG AAGCAATTCA AATTTTAAAA CATCGATACT CTATAAGAGA AGATAAAAAT
TTAAAAAATT TGATTATAAA TGCGCAGAAA TTTACACCCT CAAGGCTTGA TGAGCTTGCT
GAAAAAAGGG CGGAAAATGT AAAAGATAAA TTAATTGAAA TTGGCGTAAA TAGCGCTCAA
ATCATCATAA AAGATATTCA AAAAACAGAT GCCGAACAAA ATACTTACGT ATCAATTGGA
CTTGGAATTG AAAAATAA
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| Protein sequence | MKKILKFFAD KKRLCVLIFA VFFLIYTIFG FFGIPYIITK ILPSKMPNKV SLNIQNAKFN
PFTYELNITN LDLRTQIPLF KAKKIDADIK FTDFFKKNLN FEILTLESPQ ISIAKDKNGN
FNFASLLENN KTENNNEEKN SGVNLILKYL KIKNGTIKYA DNSLKEPFVA AIDNINYELT
DFDLKQNIGG NHRFGGDSSI MENVNIESKV DLNPFKIYGK IDIKNLNINP FWLSFVPDNT
NLKNGIINSN LLYFLKFDNE IKFYLKDSNL SISDFSLSLD KNSSEHANFK ELALKNFNIH
LLYDKDIKTD AKLEKFYLQD ANLSAFNYNL NFKNLNSDNV KFNMENQNFN VKIPQILAQT
TKLDFKKKDF FALSKIDLKD INISKENNTT MVALQDFNAS NFDLNKFINF KSLYVKNIKF
DEKSLKIKNA DLNELNFNSE ITKNGATALN SLALLKTSKN AAKKKKSNFK FELENFSLNN
ASAQISESFI TKMTHRITGI NLNIKNFSLD KDFNVTTNIN SSQIALKSNG NLKISPLRFS
GKISAKLKNL TYFNPYLNEF INADIKSGEI NTDGNLKFTD NFDFSGNFSA KNFILNDKNG
KFFGIRNLSV KNAKITPESA VLSDINISYP YAKLFIDKNR NFNAINIIKS NKKSAARSEN
NFDFTLKNIK LLGGEIDFID HSLMIPFDIK ISKVRTAVNK VASKGLTKLD FNGLVGKNGT
GKIKIITLPF NYDQRSHMEV IFKNVALKDA TPYSAKFIGY EIKDGKLNLK LDYKIKDKKL
VAKNNINLDH FTLGKKVESK DNVNLPVSLA VSILTDQNGQ INVDLPVNGD LNNPDFSYGG
IVWSAVGKLF SDIVLSPFRF IGNVLGIDTS KLEGIDFEFA SSEILDSENE KFENIKHILD
SKPEIKLTLT PTYNEKGDTF AFKEESFHKN IDLIINQQNV SYKEAIQILK HRYSIREDKN
LKNLIINAQK FTPSRLDELA EKRAENVKDK LIEIGVNSAQ IIIKDIQKTD AEQNTYVSIG
LGIEK
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