| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CPS_1968 |
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| Symbol | |
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| ID | 3519551 |
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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 | Colwellia psychrerythraea 34H |
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| Kingdom | Bacteria |
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| Replicon accession | NC_003910 |
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| Strand | + |
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| Start bp | 2035039 |
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| End bp | 2038194 |
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| Gene Length | 3156 bp |
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| Protein Length | 1051 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 637284430 |
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| Product | putative OmpA family protein |
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| Protein accession | YP_268698 |
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| Protein GI | 71277990 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG4771] Outer membrane receptor for ferrienterochelin and colicins |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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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 | ATGAAAACTC ATCGTATCTC ACGCATTACT GGCGCGTTAA TACTTGCGCT TGGACTCTCT
ACGGCGGCTA TGGCTAATGT TACCACCTCT GCAATAAAAG GACGGGTTGC AGGGCCAAGT
GGTAATCCTG CGGCTGGATC AATCATAACT ATTGTTCACG TACCATCTGG TACTACCAAA
ACGGCAACAG TTAATGAAGC AGGCCTTTTC GTTGCCAAAG GCTTACGTGT AGGTGGACCT
TACCGAGTTG TTGTTGATTC AAATAAATTT GAGGATACAA CTGTAAAAGA TATTTATTTA
ACATTAGGTG AAACATACCC GTTAAGTGTG GCTTTAAACT CAGAAAGCGC ATTAGAAACC
ATTGTTGTTA CTGGTCGTTC TATCAGTATG CAGTCAGGTG GTACAGGACC AGCAGCTCAT
TTTAATTCTG ACGACTTAAA ATATGCCCCG TCAATAAATC GTGATCTGAA AGATATTGTA
CGTATTGACC CACGTATTTA TATTGATGAA AGTCGCAGCG ATGCTATTCA GTGTGGTGGT
GGTAACCCAA GATTTAACAG TTTAACTGTT GATGGCGTTC GTATGAATGA TAGCTTTGGT
TTAAATGATA ATGGTTATCC GACTACACGT ATTCCTTTTT CATATGATTC AATTGATCAA
GTCTCGGTTG AACTCGCCCC ATTTGACGTA AAGTATGGTG GTTTCACCTC TTGTAACATT
AACGCGGTAA CAAAATCAGG CACAAATGAA GTGCATGGCA GTGTCTTTTA CGATTACAGC
AATGATTCAT TGAAAGGTGA CAGCATTGAA GGTGAAGACC AAGACAATGG TGATTACGAT
GATAAGCGCT ATGGTTTTAA TGTTGGTTTA CCGTTAATTG AAGATACGTT ATTTTTATAT
ACCTCTTATG AAAAATTAGA TGGTGTGCAA TTATTTGAAT ATTCGCCAAT GACTGGAAGC
GATCCTCAAG TTACACAAGC GGATATTGAT CGTGTAAACC AAATATCGAT AGATAAATAT
GGTTATAACG CGGGTGGCAC TCCAGCAAGT AAAGCGGTTG ATGATGAAAA AATTCTTGTT
AAATTAGATT GGAATATTAA TGAAGATCAT CGTGCTAGTT TTGTGTACAA CTACAATGAT
GGTTTTAAAT TAGACCAATC TGATGAATGG GGTATGACGT TAGACAATCA TTTTTATGAG
TCAGGCGCAG AATTAAATTC ATTCGTAGGC TCACTGAACT CTGATTGGAC AGATAATTTC
TCTACTGAAG TAAGAGTAGG CCACACAGAA CTCGAAAATA GACAAGAATC CTTAGATGCG
GATAGCGGTT TTGGTGAAGT GCAAATTCGT CACAATGGCA CAACTATCTT TTTAGGTCCG
GATGATTCAC GCCAATCGAA CGAAATGAAC TGGGAAACAA CTACATTTAA GCTTGCTGGT
AGTTACTATT TAGATGAACA CACCATTACT GCTGGTTATG AGTATGAAAG TTTAACTGCA
TTTAATTTAT TTATGCAACA CACCGTAGGT GAGTATCGTT TTGGTTCTAT AGATGAATAT
GAGAATGGTT TAGCGGATCG TGTTTACTAC AATAACTCTG CTGGTACTAA TGTGCCAAGT
GATGCTAGCC AAGAATTCAC TTATGGTTTG CATACTTTCT ATATTCAAGA TGAATACACA
TTACCTGATA TTGATATGAC ATTAACGGTA GGTTTACGTT ATGACCGTTA TACCAGTAGC
GATAACCCGC GCTATAACGC TCAATTTGAA GAACGTTATG GTATCAGAAA TGACAAAAAT
ATGGATGGTA TTGACTTAAT CCAACCCCGC GTAGGTTTTA ACTGGGCGGT TCAAGATAAT
TTAGAAGTTA GAGGTGGTTT CGGTCTTTAT TCTGGCGGTA ACCCTAACGT TTGGTTGTCT
AACTCATATT CAAACGATGG TTTAGTGAAT ATTAGTGAAC GTGCCAAGTA TCACAAAGAT
AGTATTGCAA TGGTTGGTGA GCAATTTGAT TTGTTTAATA CACCATCTTC GGACCCTCGA
GGCCCAGGTT TTGGTGTACC ACAAGTGATG GTAGATTCAA TTCAAGATCT AGACGAACTA
AGTGGTAATG CTTCTGTTAA TGCGACTGAC CCAAATTTTG AAATTCCATC AGAGTGGAAA
TATGCATTAG GTGCTACTTA CACTACTGAT AATGATTATA TTGTTTCGGC AGATATCCTA
CATAACCGTA AGCAAGATTC AGCGACTATT CTTGACTATA ATTTAGAATA CGGCGATAAA
ACATTCGATG GCCGTCCTAC CTATAAGGAA GTAACTCATC CTGATGGTGT TAAAAATGTG
TCTAATGAAT ATGTATTAAC GAATACTAAG AGTGATGGTA GTTCTACAAT TATTTCATTA
GCGTTAAGCA AAAGTTTTGA TTTTGGTTTA GATGCTTCAT TTGGTTATTC TTACACCAAG
TCTGAAGATG CTAACCCAAT GACTAGTGCG GTTGCAGGAT CTAACTACGG AAACTTAGCG
ACAACGGATG CACTTAATCC GCCAATTACC ACATCTAATT ATGAGATACC GCATCGTTTC
ACCATGAATA TTAGTTATGG TGTTGAGCTC ATTGGTGGGC TTGAAACACG CTTTAGCTTA
TTTGGTCAAG CAAGTGAAGG GCAAGCTTAT TCATTTACTT ATGATGATTC AGATGGTGCT
TTTGGCGACA ATAACTGGAG TGGCGACCGA CAGTTAGTTT ATATTCCAAC CGTTGATGAT
GCTAATGTTG TTTATGGACC TGATTTTGAT AAAGCAGCAT TTGACGCTTT TGTTAGCGCT
GAAGGGCTTG CACGTGGTCA AACTACTGGT CGAAACGCAC AAAATGCTGA CTGGTATGTA
AGCTTTGATA TTAAAATTAA CCAAGAAATC CCTGGTTTAA TTGAAGGACA TCGAGGCAAT
GCATTCTTTA TCATTAAAAA CGTAGGTAAT ATGATAAATG ATGATTGGGG TGTGATGAAG
CAAGGTGAGT TTGTTGGTAA TCGCATGGTT GAAATGTCGG TTCAAGATGA TGGTAAATAC
CTTTATGAGG GCTTCAATAG TGGTAATGAA GATCAAAACT TTTACAAAGA TGCTTCCGTT
TGGGAAATGC GCGTAGGGGT AAGTTACGAC TTTTAA
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| Protein sequence | MKTHRISRIT GALILALGLS TAAMANVTTS AIKGRVAGPS GNPAAGSIIT IVHVPSGTTK
TATVNEAGLF VAKGLRVGGP YRVVVDSNKF EDTTVKDIYL TLGETYPLSV ALNSESALET
IVVTGRSISM QSGGTGPAAH FNSDDLKYAP SINRDLKDIV RIDPRIYIDE SRSDAIQCGG
GNPRFNSLTV DGVRMNDSFG LNDNGYPTTR IPFSYDSIDQ VSVELAPFDV KYGGFTSCNI
NAVTKSGTNE VHGSVFYDYS NDSLKGDSIE GEDQDNGDYD DKRYGFNVGL PLIEDTLFLY
TSYEKLDGVQ LFEYSPMTGS DPQVTQADID RVNQISIDKY GYNAGGTPAS KAVDDEKILV
KLDWNINEDH RASFVYNYND GFKLDQSDEW GMTLDNHFYE SGAELNSFVG SLNSDWTDNF
STEVRVGHTE LENRQESLDA DSGFGEVQIR HNGTTIFLGP DDSRQSNEMN WETTTFKLAG
SYYLDEHTIT AGYEYESLTA FNLFMQHTVG EYRFGSIDEY ENGLADRVYY NNSAGTNVPS
DASQEFTYGL HTFYIQDEYT LPDIDMTLTV GLRYDRYTSS DNPRYNAQFE ERYGIRNDKN
MDGIDLIQPR VGFNWAVQDN LEVRGGFGLY SGGNPNVWLS NSYSNDGLVN ISERAKYHKD
SIAMVGEQFD LFNTPSSDPR GPGFGVPQVM VDSIQDLDEL SGNASVNATD PNFEIPSEWK
YALGATYTTD NDYIVSADIL HNRKQDSATI LDYNLEYGDK TFDGRPTYKE VTHPDGVKNV
SNEYVLTNTK SDGSSTIISL ALSKSFDFGL DASFGYSYTK SEDANPMTSA VAGSNYGNLA
TTDALNPPIT TSNYEIPHRF TMNISYGVEL IGGLETRFSL FGQASEGQAY SFTYDDSDGA
FGDNNWSGDR QLVYIPTVDD ANVVYGPDFD KAAFDAFVSA EGLARGQTTG RNAQNADWYV
SFDIKINQEI PGLIEGHRGN AFFIIKNVGN MINDDWGVMK QGEFVGNRMV EMSVQDDGKY
LYEGFNSGNE DQNFYKDASV WEMRVGVSYD F
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