| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CA2559_04165 |
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| Symbol | |
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| ID | 9296322 |
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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 | Croceibacter atlanticus HTCC2559 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_014230 |
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| Strand | + |
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| Start bp | 950515 |
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| End bp | 953730 |
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| Gene Length | 3216 bp |
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| Protein Length | 1071 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | |
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| Product | outer membrane protein |
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| Protein accession | YP_003715597 |
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| Protein GI | 298207418 |
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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 | 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 | ATGAAACAAC TTTTCATTGG CTTTGCGTTA TTGCTTTCTG CAATGAGCTT TGCCCAAACT
ACTATTACCG GAACTGTTAC AACCACAGCT TCTGGAGAAA CAGTGCCATT TGTAAATGTT
ATTTTAAATA ATAGCACGAC AGCTACAACT ACAGATGATA ATGGCCGCTA CAGTATCGAC
ATAAATTCAG AATTAGATGT CCTTAAATTT TCTGCTTTAG GCTTTATTTC TCAATCTATA
ACAGTTGGTA ACAAGACCAT AATAAATGTA GCATTAGAAG AATCTACAAC AGACCTAAAT
GAAATTGTAA TTACGGCTTT AGGATTTAAA CGAGAAACCA AAGAGTTAGG ATATGCCGTA
CAAAGTTTAG GTAGTGATGA TATTCAAGAA GTTAAAGCTG TAAATTTTCT AGATAATTTA
AGCGGAAAAT TAGCAGGTGT TACTATAAGT CAAGGAGCAA CAGGTGTTGG TTCTACTTCA
AAAATAACAA TACGAGGTGA GGCTTCATTT TCTAATAACA ATCCCTTATT TGTTGTAGAC
GGTACACCTA TTAATAATAA TACGGTTTTT AATTTCACAA ATGAAGCAGC AGCAGGTTTT
CAAGAAGTAG ATTTTGGTAA TGGTGCTATG GAGGTTAATC CAGATGATAT CGCTTCGGTT
TCAGTATTAA AAGGACCAAG TGCAGCAGCA CTTTATGGTA CTAGAGCATC TAACGGCGTT
ATTGTTATAG AAACTAAGAA TGGAGCAAAC AAAAAAGGCT TAGGAGTAAG TTATAATACC
AGCCTTTTTA TAGATACTGC ATTTAGGTTG CCAGATTTTC AAAATGAGTA CGGCCAAGGA
AATTCTGGAG AGTTTGAATA TGTAGATGGC TTAGGTGGCG GTATAAACGA TAATATAACA
TATTCTTGGG GGCCAAGGTT AGACCAAGGC TTACTCATAC CACAGTTTGA CAGTCCTGTT
GTACTTGCTA ATGGCACAAT TGTAAGAGGT GGCGATACTT CTGTTTATGA TGGCCAACCA
ATAACTCCTA CAGCATTTAA TTCAAATCCT GATAACCTTA AGGATTTTTA TGAGACAGGT
GTAACAACTA TTAACAACCT ATCAATAGCT ACTGGTTTTA ATACTGGAGA TTTTAGGTTA
TCTCTTACAG ACTTAAGAAG TGATGGTATT ATTCCTGGCG TTAACTTAGA CAGACAAACC
ATATCTACAA AGCTAAATTT TACACCAACT CAAAAAACAA AAATCACGTC TAACATAAGT
TATGTAAACT CTCAAAGTGA TAATAGACCA TCAAATGGAT ATGGTAGTGA AAATGTAAAT
TACTCTTTAG TAGCTTGGGG ACCAAGATCT TTAAATATAG ATAGCTTAAG AGATTACTGG
CAACCTGGTT TAGAAGGAGT ACAACAATAC TCTTTTAACT ACACCTTTTT TGACAATCCA
TATTTTATCC TTTTTGAAAA TAGAAATAGT TTTAATAGAG ATCGTGTTTT TGGAAATGTT
TCTATCAAAC ATAATTTTAC AGAAAAGCTA AGTGTTGCAG TAAGGTCTGG AATGGATTAC
AGTAATGAAA AACGTCAATT CTTAAGAAAT TTTAGTTCAA ATAGATTTAA AAATGGTGCG
TACGCAGAGC ACGATGTTTT TTTTAGAGAA ATAAATACAG ATATCTTAGT AAACTATCAA
GATATTGTTG GAGACCTTTC TTTTGATGTG TCTTTAGGAG GAAACAGATT AGATCAAAAT
GCATCTACCA AACAATCTCA AGCAACTAAT TTAGCACAAC CTGGTATATT TAGTCTTAAC
AATGCAGCTT CTCCTATTGA AGTATTTCAG TTTGAGTCTC AAAAGCGAAT CAATTCTATT
TATGGCTTGG CAAAATTTGG GTATAAAGAC TACCTATTTT TAGACATTAC AGGAAGAAAC
GATTGGTCTA GCGCATTAGC AACTCCTTTT TCGGTAGATG GTACATCTTT CTTTTACCCT
TCAGCTTCAG CAAGTTTTAT ATTGTCTGAG GTAGCAACGC TTCCAAGCAT ATTTTCTTAC
GCTCAGCTAA GAGCAAGCAT AGCACAAGTA GGTAATGATA CTAACCCATA CCAAACCTCA
GGAACGTTTG TCTCTCAAAC CCCATTTAAT AGTCAACCTA CATTTAGCAA TCAGGATTTA
ATTCCAAATG CAAACCTAAA GCCAGAAAGC ACCACATCTT ATGAGGCAGG TTTTGATGTT
CGTTTTTGGA GAGATCGTCT TAATTTAGAT TTTACGTATT ATAATGCATT AACTAAAGAT
CAAATAATAT CATTACCAAT TGGTATATCC TCAGGATATA ACCAACAGGT AGTTAACGGA
GGAAAAGTTC GAACAGAAGG TGTTGAAATT ATTGCAGGCT TAATACCAAT CATAACAGAT
AAATTTAGGT GGACAACCAC ATTTAATTTT AGTAAAAGTG TTGCAACTGT TGAAGACTTA
CCACAAGATG ATGGTCGCCT AACTTTAGGC TTAAGTAGAA TTTATGACAG TGCTAACCAA
ACGGTTTTCT TTCAAGTTGA AGAAGGTGGT CGCGTAGGTG ATTTTTATGG AACAGGCTAT
CTTAAAAACG AAAACGGCGA TTTTATCCTA ACCGATGACG GAAGATATAT TGCAGATAAT
AATTTACAGA AATTTGGAAA CTATAATCCA GATTTTATGC TAGGATGGAA CAACCAATTC
TCCTACGGTA ACTGGAATTT GAGCTTCCTT TTTGATTGGA GACAAGGTGG CGAAATTGTA
TCTAGAACTA GAGCTTTAGG TAATGTAGGT GGACAATTGG CAGAAACTGC TTTTAGACCT
GAAGGCGGCA TTATAGCTCA AGGTGTTGTA AATACGGGTA CTGCAGAAAA TCCTAACTAT
ATTCCTAATA CAACTGCAGT AACTGCAGAA AGCTACTACC GTCAATTTTA TGATAGAAAC
CACGAAGAAA ATAATATATA CGATGCCTCT TATTTAAAGC TAAGACAGTT TTCTGTGGGT
TATACCTTTA AATTAAATGA TGGATTTATA GGACTTAAGG AAGGTGTAGA TGTAAACCTT
TCTTTAGTTG GAAGAAACTT ATTTGCTATT ACAGAAAACC CGCATTTTGA TCCAGAGCAA
TTAGCCGTAC AAGGACAAAG TTTTGTAAGT GGTGTAGAAG ATATGAGTTA TGCCACAACA
AGAAGTATAG GTTTTAAAGC CGGATTTAAT TTCTAA
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| Protein sequence | MKQLFIGFAL LLSAMSFAQT TITGTVTTTA SGETVPFVNV ILNNSTTATT TDDNGRYSID
INSELDVLKF SALGFISQSI TVGNKTIINV ALEESTTDLN EIVITALGFK RETKELGYAV
QSLGSDDIQE VKAVNFLDNL SGKLAGVTIS QGATGVGSTS KITIRGEASF SNNNPLFVVD
GTPINNNTVF NFTNEAAAGF QEVDFGNGAM EVNPDDIASV SVLKGPSAAA LYGTRASNGV
IVIETKNGAN KKGLGVSYNT SLFIDTAFRL PDFQNEYGQG NSGEFEYVDG LGGGINDNIT
YSWGPRLDQG LLIPQFDSPV VLANGTIVRG GDTSVYDGQP ITPTAFNSNP DNLKDFYETG
VTTINNLSIA TGFNTGDFRL SLTDLRSDGI IPGVNLDRQT ISTKLNFTPT QKTKITSNIS
YVNSQSDNRP SNGYGSENVN YSLVAWGPRS LNIDSLRDYW QPGLEGVQQY SFNYTFFDNP
YFILFENRNS FNRDRVFGNV SIKHNFTEKL SVAVRSGMDY SNEKRQFLRN FSSNRFKNGA
YAEHDVFFRE INTDILVNYQ DIVGDLSFDV SLGGNRLDQN ASTKQSQATN LAQPGIFSLN
NAASPIEVFQ FESQKRINSI YGLAKFGYKD YLFLDITGRN DWSSALATPF SVDGTSFFYP
SASASFILSE VATLPSIFSY AQLRASIAQV GNDTNPYQTS GTFVSQTPFN SQPTFSNQDL
IPNANLKPES TTSYEAGFDV RFWRDRLNLD FTYYNALTKD QIISLPIGIS SGYNQQVVNG
GKVRTEGVEI IAGLIPIITD KFRWTTTFNF SKSVATVEDL PQDDGRLTLG LSRIYDSANQ
TVFFQVEEGG RVGDFYGTGY LKNENGDFIL TDDGRYIADN NLQKFGNYNP DFMLGWNNQF
SYGNWNLSFL FDWRQGGEIV SRTRALGNVG GQLAETAFRP EGGIIAQGVV NTGTAENPNY
IPNTTAVTAE SYYRQFYDRN HEENNIYDAS YLKLRQFSVG YTFKLNDGFI GLKEGVDVNL
SLVGRNLFAI TENPHFDPEQ LAVQGQSFVS GVEDMSYATT RSIGFKAGFN F
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