| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CCV52592_2212 |
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| Symbol | |
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| ID | 5407468 |
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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 | 1464355 |
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| End bp | 1466943 |
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| Gene Length | 2589 bp |
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| Protein Length | 862 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 640872926 |
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| Product | putative TonB dependent receptor |
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| Protein accession | YP_001408717 |
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| Protein GI | 154174110 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG1629] Outer membrane receptor proteins, mostly Fe transport |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 | GTGTCAAAAA CCAGATCTGA AAAATACCTC ATGGGGGGGG GTAGCACCAA GCTAGCCTGT
TTCGCTGCTG CGGTGCTTTG CTCTATAAAT TTAAGCGCCG CTAACAATAG CAAACAATAC
GAACTCTCTC AAGTAAACGT AGATGCAAAC GTTACTAAAA CAGGAAGTCT GACTACAAAG
ACCGATAAAT ATCAAGGCGT AAGCACGATA AGCCGTGCGA TGATAGAGTC GATGCCAAGC
GGTAACGGCG ATTTCGTTCA GCTTTTGCGC ACGAATCCGA ACGTGCAGTT TAGCAACACC
AATCGCCAAT CGACCACGAT GGGCGAAATA AGCCCCTCAA ATATCAGCAT AAACGGGTCG
AAATTCTATC AAAATAATTT TATGGTGGAC GGAGTAAGTA TAAATAACGA TCTTGATCCG
GCATTAAACA CGCAAGGAAA TTCTTATAAT GAGTTCATCA TACCGGGCGC TACTTCTCAA
GGTATGGCTA TAGATAGCGA TTTTCTTGAG AGTATCGATG TATATGATAG TGATGTCTCG
GCAAAATACG GTAGCTTTAC CGGCGGTGTT GTAAATGCAA AAACTAGAAA TCCGCGAGAT
GGTTTCCATG GCAAATTCTC AATGTCTCAC ACAAGAGATC AATGGGCTAA AGTGCATATT
TATAAAGGGC AAGAGCAAGC TTTTGAAAAT TCATCAAATT TAGAAAATCA GCCAAAATTT
AAAAAATATA GTACCAAGCT AAATTTGGAA GGCTTTTTAA CCGATGATTT GGGCTTGATG
TTTGGTTATG TCAATACAAG AAGCAAAATT CCACTAAAAG CATATAAAGA CGGCTTTGGT
AGCGGTGAGT CCGAAACAAG GGTGCAAAGG CGAAATATCG ATAATTACTT TTTAAAGGCT
CTTTGGTATG CTACTCCTCG TTTGACCATA ACTCCTACCA TAACTTATGC TCCGCAAAAG
AGCAAGATGT TCAATGACAA TACAAAAAAT TCTTTCGCCA CTATGAAATA TGGCGGATTG
AATTTAGCTT TAAAGGCTGA TTACGATCTT GATTTCATGC GTATAAATCA AACCCTTTCT
TATAATAGTA TAGAAACCTC CAGAGACTCG GAACATGAGT ATTTTTATTA TTGGTTCTCA
TCTCCTGCAA GGCCTTGGGG AAACGGTTTG CAGTCGCTTG AGGGAGGATA CGGAGATATA
GATCAAACAC AAAAGACTCT TGCTTATAAT CTTGACACGA ATTTTGATGA GATCGAGCTT
TTAGGCCTTA GTCATAAATT TGCCGCAGGA CTTGAACTAA AAAGACAAAA GGCAAAGATA
AATATCGCTA AAGATTTTAC CGTAGCGAGT GGCTTGGGGT ATATTATGGG AGGAACTCAC
TGCGATCCAA ATGACGCCTT ATGCTCGGAA GATGTTATTC CAAGATTTGG ATTCGCACAA
TTTTTTACAG ATAAATCCGT TTATAGCGGT AACACAAGTG TAAGCATGAA GTCTTATGCT
CTTTATCTTG AAGATGAGAT GAGGCTTGGA AATTTGACAC TTAGACCGGG AGTTAGATTT
AGCGGAGATG ACTATATGGA TAAAAAGACC GTAGCTCCGC GTTTTAGTTC TAGCTATGAT
ATTTTTGGTG ATGATAGTTC GGTCATCAGC TTTGGTGCTA ACCGCTACTA CGGAAGAAAC
ATCTTTGCAT ATAAACTAAG AGATGGTATG GAAGGCTTGA TAACCAAATA TAAAAGACCG
CCATTCCCGT ATAGCCAAAA CTGGATGAAA CAAACCCAAG ACACATTTGG AACAAAATTT
ACTCAGCTTA AGATCCCTTA TGATGATGAG TTGGCATTTG GAGTGAAACA AAGATTGGGC
AACCTTGAAA TGTTTGGAAA ATATGTAAAT AGAAAAGGTA GAGATCAGAT AGTGAAATCT
CAAAGGGATC GTTTGGGGCT ACCGCTTTTA CCGGGCTATA GTGCAATATA TCAGACTTTT
ACAAACGATG GCAAGAGCGA TAGTAAAATT TATACATTTG GTATCAAGAC CATAGAGGAC
TACGCAGCAT TTGGAACAAA AAACGGCCTT GAACTCTCCT TTGAACATAT CAAGTCTACT
ACGACCAGCA CCATTTATGA TGAAAATCTC GCACAAAATG TGATAGAAGG AGACGAATTC
GTTGAGGCTG ACGGGACGCT GATCAGATAT CAGGATATAA GGGCTCAACA ATACGCTAGA
CCTTGGACTG CCAAGCTAAA CATAATAACG AAAATTCCAA GTTACGGCTT AAGTATAAAT
AACTTCTTTT CATACAAAGG TTCACAAAAG GCTCTAATGA ATACTTTTAA CAGAACACCT
GCTGGAAAGT ATGCAGAAAG ATATTATATA TATAAGACGA TCGAGTTAGG CAGAAGCTAT
ACTTGGGATG CCAGGATAGG ATATACTAAA AAAATGCCTA AGGATACCGA GCTATTCGTA
AATTTAGATA TATACAACGT ATTAAATAGG AAAAATAAGA CAAACAGCGC TCTTACAACA
AGCAAGATGC CGTATGTGAT CTATGAAAAC GGTCGTCAGT TCTGGCTGGA GGCTGGTATC
AGGTGGTAG
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| Protein sequence | MSKTRSEKYL MGGGSTKLAC FAAAVLCSIN LSAANNSKQY ELSQVNVDAN VTKTGSLTTK
TDKYQGVSTI SRAMIESMPS GNGDFVQLLR TNPNVQFSNT NRQSTTMGEI SPSNISINGS
KFYQNNFMVD GVSINNDLDP ALNTQGNSYN EFIIPGATSQ GMAIDSDFLE SIDVYDSDVS
AKYGSFTGGV VNAKTRNPRD GFHGKFSMSH TRDQWAKVHI YKGQEQAFEN SSNLENQPKF
KKYSTKLNLE GFLTDDLGLM FGYVNTRSKI PLKAYKDGFG SGESETRVQR RNIDNYFLKA
LWYATPRLTI TPTITYAPQK SKMFNDNTKN SFATMKYGGL NLALKADYDL DFMRINQTLS
YNSIETSRDS EHEYFYYWFS SPARPWGNGL QSLEGGYGDI DQTQKTLAYN LDTNFDEIEL
LGLSHKFAAG LELKRQKAKI NIAKDFTVAS GLGYIMGGTH CDPNDALCSE DVIPRFGFAQ
FFTDKSVYSG NTSVSMKSYA LYLEDEMRLG NLTLRPGVRF SGDDYMDKKT VAPRFSSSYD
IFGDDSSVIS FGANRYYGRN IFAYKLRDGM EGLITKYKRP PFPYSQNWMK QTQDTFGTKF
TQLKIPYDDE LAFGVKQRLG NLEMFGKYVN RKGRDQIVKS QRDRLGLPLL PGYSAIYQTF
TNDGKSDSKI YTFGIKTIED YAAFGTKNGL ELSFEHIKST TTSTIYDENL AQNVIEGDEF
VEADGTLIRY QDIRAQQYAR PWTAKLNIIT KIPSYGLSIN NFFSYKGSQK ALMNTFNRTP
AGKYAERYYI YKTIELGRSY TWDARIGYTK KMPKDTELFV NLDIYNVLNR KNKTNSALTT
SKMPYVIYEN GRQFWLEAGI RW
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