| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CCV52592_0029 |
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| Symbol | |
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| ID | 5406799 |
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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 curvus 525.92 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009715 |
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| Strand | - |
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| Start bp | 1846407 |
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| End bp | 1849553 |
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| Gene Length | 3147 bp |
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| Protein Length | 1048 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 640873301 |
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| Product | hypothetical protein |
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| Protein accession | YP_001409082 |
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| Protein GI | 154174113 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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| Plasmid unclonability p-value | 1 |
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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 | ATGGCATGGG TAGATATACC AAAAGGGGCA AGACAAATTC AAATAAATAA TGAGTGGATA
GATATACCGC AAGGCACGAC GCAATACGAG ATACCAGATA CCGCTCCGCA GCAATCCTTT
AGCGCACCGT CAGCACCAAA AGTAGCCCAA GATACGGGGA AGCAAAAAGA TACCAGCCCC
GTTGGGCTAG GCGATGTCAT CGATGCCATA AATCCTTTTG CCGGGGCGCA AAAAGGCATA
GCAGCGAAAG ATAAAATTTA TGATGCCATA AAAAAGGAGA TCGGCGGGCT TTTTGATTAT
CAAGCAAATA GCGGGGCGAC TGGCGAGGAA CTAGAGCGTC AAAATTTAAC GAAGCAGCTT
TCAAAAGCGC AACACGTAGC CGATGATACG ACGCTGGTAA ATAAAATATT TGGTGATGAG
AGCAGGACAA AGCGCATAAA TGATAGCGCA GACGCTCTTA TGAGGAGCTG GGCTTTAAAA
AACGGCTATG ATGATTATGG TGAGATGAAC GGTAAAAAAG TAGTCAAAAA AGGAGATAAA
TTTATCCCTA TCGATGAGCC GGGCATAATG GATAGCTTCA GCACCAGCCT AAACGAAATG
GGCGTTCCTG CCGGTGCGGT CATGCTACTT TCAAATTTGC CCCAGTTTAG AGGCTTAAAT
TTAGCCGGCA AAGCCGTTAC TACCTTAGGA GTGACGGGCG TGGCTTCAGG ACTTGGCAGA
GTGATGGACG TTAAGCGTGC CGCCGACAAC CTAGGTGCTG ATTTAAGTGC GGGCGACTAT
TTGCAAAGAG GAGTGAATGC AAGTAACGAC GATCTGACTT TAGGTCTTGC ACTTGCTAAT
GGAGTGAAAC TTGCCAAACC TACACTAGGC GCGGCGAAAT GGCTAAAAGA TCACTCCATT
ACTGGTAAGG CGCTTGATCT AGCCGGACAA ACTTTGACGG ACGTACCTAC TGCAAACATG
CAAGGAGCTA TGAAATCAGC CCGTGCATTA GCAGGTGATG AGACAGACAA ATTTATACAA
AACGCGAAAG AGGTGGGAGG ATATGATATA GATGGCGGTA ATATGACCGA CCTACAAATT
TTAAATCCTA TCATAAATAA AGCCAAAGAT CTTTCGGCAA GTGCTGCAAA GAAGCTAAAT
TTAGACAATA TTTCAAATGC TCTGTCAAAC ACTAAGGGGC TTGATGCAAA AAGAAAAGAA
GCGCTTGATA TAGCGCTTGG CAATCCAAAT TTAGAAAATA GGGTTGTGGC TGCGTTGCAA
GGAGACAAAA CCGGATCAGG CGCAAGAAAT ATCATCAAGC TGGCGCAGCA AGACGTTGAT
AACTTGAGAC AAATTTTAGG AGATGAAATA AAAGCTACCG ATCCCAAAGA GGTTATAGAA
AAATACTACC AAGATACTAA AAATGATTTT GGCAGGGCTA TAGACGAGCT GGCAAATTTT
AAAGAGGGGC AAACGATCAA GCTAAGCGAT GATGTAATAA AGCAGATGAA AGATGAATTT
AGCCAAAGTA TAAATATGTT TGATCGTTCA AATCCAAAAA TAAAAGCCGT GCTAGACGGG
TTTGATAGCC TAAAGGGCAG AAAGCTCGAC GTAAGAGATT TAAACGAACT AAGAGCCAAC
TACAATAACC AACTAAATGA GGTTTTAAAT TCTGATAAAA ATTCATATTT TACTAAGACA
AATTTTATAA AAGGCAAGCA AATCTTAGAG CAAGCCATGG ATGATTTGCT GGGCGATGAG
GGGGCAAGAG CATACCTTAA AGAACATCTA GGCGACTATA AGGCCATGAA AGGCTTTGAA
AAAAATCCGT TTTTTGAAGC CATGACAAAC AATAATAGCT CAATAGATAA CGTCATAGAC
AACTTTTCAA GAGCCAACAG CTCTCAAGGT AAAATTTATG ATGATTTCAT AAAACGCCTT
AGTCCAAAAG AGGCGGAAAA ATTCGAGCTT GCGTTAATAA AGCAAGCTTT TGACGGCTCG
ATAGCAAAGA CCGGGACGTT TGATATAAAA GAAATTCTAA ACTCACGCGA TCTAGCCGAA
AACCTATCAA AAATAAATTT TACAACCGAT AAAGCCAAAG CGATCGCAAA ACATATCGAC
CAGCTTTCAA AGGCTCGAGG AAATGTAGCT GGTATATTAT CAAAGCTTGA CGAGAAATTT
ATAAAACCAA CTGTATTTAC GAAAGGCATA GCTACTACAG CTGAGGGTGC GGCAAAGACG
CAGTGGGTAA ATACTGCAAG ACAAATAGCC CTAAAATATA TGCCAATCAT TGGCAACGAC
GCAGCGCTTG AGTATCATTT AAAAGAGGCT GCCAAAAATA TCAAACTTGG CGGGAGTATG
GATGACTACA TCAAAAATTT AAAAAACATG AACGCTCCAG AGCAAGAAAT AAAGACATTA
GAGAATTTTA GAAAAGATTT GGGTAAAGCC TTATTTAATG AGGATACTTT AAAGAATATT
ATCAAAAATA AAGAAAAAAT AGTAGTTGGT GATGTGGATA AAGTGACAGC GCAAAAGATG
GGCTTTAAAT ACCCAAATGT GAAGCGCACG ATTTACCCCG ATGAAATAAT CCACACTATA
AAACAACATG GCGATGAAAA CAAAGAGGGC TTAAGGGGGC AAAAATCTAT AAATTTAAAG
GATATAGCAG GGTATTTAGA CATAGTAAAT AATGCCGACA AACAAGTAGT ATCACAAACT
AAACAAGGAC TAAAGGCTCT GATTTCAGGG AAACAGATAA ACGGACATTA TGTAGTAGTG
GAAGAAGCTC AGACAAAGCA CAATAATCTA GCTTTTAAAA CTATGTATTT TAGGAACGGC
AAACTTAAAG ATGATAAATT ATTTAAGCCT GCGGCAGACG CCAAAAATAG CGAAAGTCTT
GCATTTTCGT CTTATGAGGA CGCCGCGCAG AGAGTCCCGC AGGCTAATAA GAGTATTATA
CCACAAAACA CTAAAAATTC AAATGATTTG GAAGCAGAGC TAACGGATCT TGAAAAAGAA
TTTATTCGCT TATTCCCGCA AAACAAAAAT CCTCTACTAA AAACAAAAAA AGTAAAAAAG
CTAAAGAGCG AATTTTACGA TGACAAAACA ACGCTTGCGC GTAAAATGCA GATACTATGG
GAACTCAATA AACTAAAAAC CAAGTAA
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| Protein sequence | MAWVDIPKGA RQIQINNEWI DIPQGTTQYE IPDTAPQQSF SAPSAPKVAQ DTGKQKDTSP
VGLGDVIDAI NPFAGAQKGI AAKDKIYDAI KKEIGGLFDY QANSGATGEE LERQNLTKQL
SKAQHVADDT TLVNKIFGDE SRTKRINDSA DALMRSWALK NGYDDYGEMN GKKVVKKGDK
FIPIDEPGIM DSFSTSLNEM GVPAGAVMLL SNLPQFRGLN LAGKAVTTLG VTGVASGLGR
VMDVKRAADN LGADLSAGDY LQRGVNASND DLTLGLALAN GVKLAKPTLG AAKWLKDHSI
TGKALDLAGQ TLTDVPTANM QGAMKSARAL AGDETDKFIQ NAKEVGGYDI DGGNMTDLQI
LNPIINKAKD LSASAAKKLN LDNISNALSN TKGLDAKRKE ALDIALGNPN LENRVVAALQ
GDKTGSGARN IIKLAQQDVD NLRQILGDEI KATDPKEVIE KYYQDTKNDF GRAIDELANF
KEGQTIKLSD DVIKQMKDEF SQSINMFDRS NPKIKAVLDG FDSLKGRKLD VRDLNELRAN
YNNQLNEVLN SDKNSYFTKT NFIKGKQILE QAMDDLLGDE GARAYLKEHL GDYKAMKGFE
KNPFFEAMTN NNSSIDNVID NFSRANSSQG KIYDDFIKRL SPKEAEKFEL ALIKQAFDGS
IAKTGTFDIK EILNSRDLAE NLSKINFTTD KAKAIAKHID QLSKARGNVA GILSKLDEKF
IKPTVFTKGI ATTAEGAAKT QWVNTARQIA LKYMPIIGND AALEYHLKEA AKNIKLGGSM
DDYIKNLKNM NAPEQEIKTL ENFRKDLGKA LFNEDTLKNI IKNKEKIVVG DVDKVTAQKM
GFKYPNVKRT IYPDEIIHTI KQHGDENKEG LRGQKSINLK DIAGYLDIVN NADKQVVSQT
KQGLKALISG KQINGHYVVV EEAQTKHNNL AFKTMYFRNG KLKDDKLFKP AADAKNSESL
AFSSYEDAAQ RVPQANKSII PQNTKNSNDL EAELTDLEKE FIRLFPQNKN PLLKTKKVKK
LKSEFYDDKT TLARKMQILW ELNKLKTK
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