| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CCV52592_0197 |
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| Symbol | |
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| ID | 5406308 |
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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 | 1374373 |
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| End bp | 1377456 |
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| Gene Length | 3084 bp |
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| Protein Length | 1027 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 640872830 |
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| Product | outer membrane lipoprotein MapA |
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| Protein accession | YP_001408628 |
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| Protein GI | 154175361 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG0755] ABC-type transport system involved in cytochrome c biogenesis, permease component |
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| TIGRFAM ID | [TIGR03144] cytochrome c-type biogenesis protein CcsB |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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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 | ATGTTTGGCA TAAAATCACT ATTTTTTAGC ATGACTTCGG CTATCGTTTT GATGATCATA
TTTGCCGTGG CAAGCGGTGC GGCAACGATA ATCGAAAGCA AGACCAGCAC GGAGCTAGCG
TGGGTTTATG TATATGGTGC CGGCTGGTTC GCACTCGTTC AGGTACTGCT TGGTATAAAT
TTGGCTTACA ATATTTTTCA TTACAGACTT TTGAACATAA AAAAGCTTCC GTCTTTGCTT
TTTCATTTGG GATTTTTGGT TATTTTAGTA GGCGCTGGCA TCACGAGGTA TTTTGGCTTT
GAAGGAAACG TGCATATAAG GGAAAATACC GAAACCAACA TAGTAACGAC TAAGGGCTCG
TATGTAAATT TTGCTGCAGA TGTGGACGGT AAGGAAATTT CCGCTTCAGT ACCTAGAGGC
GTTGAAAATA TAAATAAAGA GGGATTTGAC ATCGCACTAA AGCTCGCAGA TGCGGACGCG
AGGCTTAAAT TTATCGAGTA TATCCCCAAG GCTTCTTATA AATTCGTAGA CGATCCGAGT
GGTAAACCGG TGATCGAGCT CGTTATATCC GACGAGACAA ACAGAGAAGA GGTGTATTTG
CTAGATGGCG AGGAGGCTTT GGCGGGTGAG ATCAGCTTTA TTTTCAATGC CAAGCCTCGA
GAAGGGCAAA AATATGTATT GTTTGAGCTA AAAGATGGTA AATTTAGCGT GACTTCAAAT
CAAAAAATCT CAAAATTCTC GATGAGTGAT AACGCAAAAA TAGAGCTTGA CGCGGGTAGT
GTGAATGAGT TTGCCCCTAT GAATCTATAT AGCGTAAATG GCATAAATTT CGCACCGCAG
TTTATATCTG CCAGTGCCGC AAGGAAGCTA GTCACGACCC AAGATAGCGA ATTTGACGCG
ATAATAGCCC AGCTAAGCTA TAAAGGCGAA AATAAGGAGA TGACATTGTT TTACAACCTC
ATAGAGCCTG CTCGCGCGAC TATCGGCGGG CAAAATTTCA TAGCTTCTTG GGGGCCACAG
CAGATCAAAC TGCCTTTTAG CTTATTTTTA AAAGACTTCG AGCTCAAGCG CTATCCTGGC
TCAAATTCTC CTATGAGCTA TGCCAGTGAT GTCGTCGTAA AAGATAGTGT CAGTCCTAGT
TTTGATTATA GGATTTACAT GAATCACGTG CTTGACTACG ATGGGTATAG ATTTTTCCAA
AGCTCATACG ATAGGGACGA GAGGGGAACG ATACTCTCCG TAAACAAAGA CCCAGGCAAA
ATTCCTACAT ATATCGGTTA TTTTTTACTC GGTCTTGGCT TTTTACTAAA CGTCATAAAT
CCTGGCAGTC GTTTTAGAAA GCTCGCAAAT CTCATAGATA ATGAAGCGGC TAAAAAGGTA
GCGGCATGTA TCGCGGCATG TCTTATCGTG TTTGGAGCTA ACGAGGCCAA AGCAAGTGAC
TTTTTGCCTC AGATAAGCCC CGAACACGCC CAAAAGCTCT CAAGACTCCT TGTGCAAAGC
CCAGATGGTA GGATAAAGCC TTTTGATACT TTAAGCAAAG AAGTTTTAAA CAAAATTCAC
AGACAAGACA GCATTGGCTC GCTAAATTCC AACCAAGCCA TGCTCTCTAT AATGGTGACG
CCTGAATTTT GGCGAAGCGA GCCTATCATC GCTCTTGGCT TTAGCAAGGA GCTAAAAAAA
GACATAGGCG TAGATGAAAA TGCAAAATAT GCAAGCTTCA ATGACTTTTT CAAGGTCGGC
AAAGATGGCG GTAGCGAGTA TAAGCTCACG AAATTTGCAG AGATCGCAAA TCGCAAGCAT
CCCGGCTCAC GCGGCACTTT TGACAAAGAC GTCATCAAGG TCGATGAGCG TTTAAACGTC
TTTTATATGA TTTTTATAGG TGAAATTTTC AAAATTTTCC CTAAGCAAGA CGACCCTTCT
AACTCTTGGT ATTCGCCAGC GTCTGCGATG ATGTATTTCT CACCGGAGGA GGCAAATCTC
GTAGTTACCA TGATGAAGGA TTATTTTACC GCCGTAGACG AGGCTACTAG GACGCAGGAC
TGGAGTAAGG CCGACGCGTC GCTTGATAAA ATTTTCGAGT ATCAGAAAAA ATATGGCTCT
GCGATAATGC CTAGCGAGAA AAAGGTAGAG ATCGAAATTT TGTTCAATAA ATTTAAGATA
TTTGACCGTT TGATCCCGGT TTATCTACTC GCAGGCTTGG TGCTTTTATT ATTCGTTTTC
GTAAAAATGC TCGCGCCAAA GGTCAAGATA AGCGGCATAG TGAGAGTAGT CTATGGTATC
AATATTCTAG CCTTTATCGC CCATACCATA GGGCTTGGGC TAAGATGGTA TATAGCCGAG
CACGCACCTT GGAGCAACGC ATACGAGTCG ATGGTCTATA TCGCTTGGGC GCTTGGGCTT
TCTGGCATAA TATTTTCAAA ACGCAGTCCG ATAGCGATCG CGCTGACATC GATACTAGCA
GGCGTCACAC TATTTGTCGC GCATCTTAGC TGGATGGATC CGCAGATAAC CACTCTCGTG
CCCGTGCTTC AGAGCTATTG GCTGACGATA CATGTATCTG TCATCACGGC GAGCTATGGA
TTTTTGGGAC TTTGCGCGCT TCTTGGAGGA TTTACGCTCA TCCTTATCAT AATGCAAAAT
AAGCGCAAGC CAAACCCCGA GATCACGCGT AATATCTTGG AGGCAACGCG AATAAACGAG
ATGGCGATGA TACTTGGACT GAGCCTTCTA ACGCTTGGAA ATTTCCTAGG AGGCGTTTGG
GCTAATGAGA GCTGGGGTAG GTATTGGGGC TGGGACAGCA AAGAGACTTG GGCTCTTGTT
TCGATACTAG TTTATGCGGC GGTGCTTCAC ATGAGATTTA TACCGAAGCT AAACAACCAA
TACGCATTTG CAGTCGCATC GTTTTTTGCT TATTGGGCGA TCTTGATGAC ATATTTTGGC
GTAAATTTCT ATCTTGCTGG CATGCACTCT TATGCCGCCG GAGATCCGTT ACCGATACCG
GACTTTGTTT GGATAGGTAT AGGCGTGATG TTTGCGATGA CCTTTTTGGC CTTTCCAAAG
CGTAAAATTT GCACGAAGCT TTAA
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| Protein sequence | MFGIKSLFFS MTSAIVLMII FAVASGAATI IESKTSTELA WVYVYGAGWF ALVQVLLGIN
LAYNIFHYRL LNIKKLPSLL FHLGFLVILV GAGITRYFGF EGNVHIRENT ETNIVTTKGS
YVNFAADVDG KEISASVPRG VENINKEGFD IALKLADADA RLKFIEYIPK ASYKFVDDPS
GKPVIELVIS DETNREEVYL LDGEEALAGE ISFIFNAKPR EGQKYVLFEL KDGKFSVTSN
QKISKFSMSD NAKIELDAGS VNEFAPMNLY SVNGINFAPQ FISASAARKL VTTQDSEFDA
IIAQLSYKGE NKEMTLFYNL IEPARATIGG QNFIASWGPQ QIKLPFSLFL KDFELKRYPG
SNSPMSYASD VVVKDSVSPS FDYRIYMNHV LDYDGYRFFQ SSYDRDERGT ILSVNKDPGK
IPTYIGYFLL GLGFLLNVIN PGSRFRKLAN LIDNEAAKKV AACIAACLIV FGANEAKASD
FLPQISPEHA QKLSRLLVQS PDGRIKPFDT LSKEVLNKIH RQDSIGSLNS NQAMLSIMVT
PEFWRSEPII ALGFSKELKK DIGVDENAKY ASFNDFFKVG KDGGSEYKLT KFAEIANRKH
PGSRGTFDKD VIKVDERLNV FYMIFIGEIF KIFPKQDDPS NSWYSPASAM MYFSPEEANL
VVTMMKDYFT AVDEATRTQD WSKADASLDK IFEYQKKYGS AIMPSEKKVE IEILFNKFKI
FDRLIPVYLL AGLVLLLFVF VKMLAPKVKI SGIVRVVYGI NILAFIAHTI GLGLRWYIAE
HAPWSNAYES MVYIAWALGL SGIIFSKRSP IAIALTSILA GVTLFVAHLS WMDPQITTLV
PVLQSYWLTI HVSVITASYG FLGLCALLGG FTLILIIMQN KRKPNPEITR NILEATRINE
MAMILGLSLL TLGNFLGGVW ANESWGRYWG WDSKETWALV SILVYAAVLH MRFIPKLNNQ
YAFAVASFFA YWAILMTYFG VNFYLAGMHS YAAGDPLPIP DFVWIGIGVM FAMTFLAFPK
RKICTKL
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