| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CA2559_13133 |
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| Symbol | |
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| ID | 9298117 |
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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 | 2842973 |
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| End bp | 2847448 |
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| Gene Length | 4476 bp |
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| Protein Length | 1491 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | YP_003717368 |
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| Protein GI | 298209189 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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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 | TTGTATAATT TTGAGCAAAG TTACAATATA AGCTCGCCTA TTAAAAAGTT TTGGAACATA
CTAAAGAAAA CCATAGTAGC CATCTTGCTG CTTTTTATCA TTTTGGTGGT TTTATTTTCC
ATTCCTTGGG TGCAAACCAC TGTGGCTAAA AAGCTGGCAA ACAGTATTAA TGATACGTAT
AACACCAATA TACAAATAGA TAAAGTAAGC ATTACATATT TTGGTGATGT TAAATTAGAA
AAAGCGTTTG TCGAGGATCA TCATCAAGAT ACTTTAATTT ATGTGAATGA ATTAAAAACA
TCGATTCTAA GCTTATCGGG TCTTTTGGAC AATCATTCTA CGTTAGGAAA TTCATCAATA
GATAGTTTAA CCTTTAGAAT GAAACGTTAT AAGGGTGAAG AGTTAGATAA TTTTGCAGTG
TTTCTTCAAA AATTTGAACC AGAACAACCT AAGCCAAGTT CAGATTTTTA TCTTTCTGTA
AGCCATATAG ATGTAACAAA CAGTAAATAC AGCTTTGAGG ATGAAAATAT TTCAGATCCT
AGAGCCTTAT TTTTAAATGA TGTAGATATA AACGCAGATA ATCTTGTTGT AAATAATAAG
AACGTAAGTG TTAGTATTAA CACATTGGAC TTTCTAGAAG AACGAGGCTT AACTATTAAA
AACCTTAATG GAGATTTTAC ATATTCTCCG ACCCAAATGG GTTTTGAAGA ACTGAGAATT
GTTACAGAAG ACTCAAATAT AAAAGGAACA CTTTATTTTA ACTATACTAT TGAAGATCTT
TCAGACTTTG TAAATAAAGT TAAATGGGAT TTCACCTTGG AGGAAAGCGT CATAAATACA
AACGATCTAA AGCCATTTTA TAATGAGTTT GGAAATAACG TTCAGTTTGT AATGGCTTCC
AATATGCAAG GAACCCTAAA TGACTTCGAG CTTACAAATC TTGAGCTACA AGGAATGAAC
CGTAGTGAGA TTTACGGTGA TATAAGAATA AGAGATGCTG TAACCAATCC TGAAGATTTA
ATTATTAATG GTACGTTAAG CAACCTTTCA ACAAATTACT ATGACCTTGT ATCTCTATTG
CCAAATATTC TAAGACCTAA TTTACCAGAG AGTTTAAAAG AACTAGGAAA CGTAAGGCTA
ACAGGTACGG CAAGAGTAAC ACCAACAACA GTAACAACTA AAGCAGATTT ATTTTCTCAA
CTAGGAACAG CTAAAGTTGA TATTGACCTT GCCAGGCTTA ACGATTCTGA AAATGCCACT
TATAAAGGAA ACTTAAACTT TAAAGATTTT AATGTAGGGC GTTTGGCAAA GACCACTAAT
TTAGGAACAA CCACATTTAA TCTAGATGTA GATGGTAAAG GCTTTACTAC AGAAAGTTTA
AATACCAATG TAAAGGGAAC CATTACAAAG CTAAAGTTTA ATAATTACAC CTATAAAAAT
ATAAAGGTTT TAGGAACGTT AAGAAACCCT GTTTTTAATG GAAACTTACT TATTGATGAT
CCTAATCTTC AAATGGAGTT TAATGGTTTG GCAGATGTTT CAAAAGATAT AAATATTTAT
GATTTTGAAG CTTCTGTAAG AAATGCAGAC CTTAATGCAC TAAACTTTGT ACGCAGAGAC
AGTATTTCCA ATTTTCAGGG TGATGTCTTT ATGAGGATGA AGGGTACAAC CATTAATGAT
GCCTTTGGAA CCATCTCACT ATCTAATGCT ACCTACGAAA ATCAGAATGA TATTTATGCA
TTCGAAGATT TAAGGATTCA ATCCAGTTTT GATAATGGTG TAAGAACAAT AGACATTAAC
TCTCCAGATG TTATAAACGG AAAAGTGGTA GGAGTTTTTG CTGTTGAAGA GGTGCCAGCT
TTGTTTGAAA ATGCGGTAGG TAGTTTGTAT ACCAACTATA AGCCAAATAC CATAACTACT
AATCAATTCT TAGAATTCGA TTTTGATATT TACAACAAAA TTGTTGAGGT CTTTTATCCT
GAAATAAATT TTGGCCCAGA AACCTTTATT CGTGGTCGAG TAGAGAGTGA TGAAAGTGAA
TTTAAGCTCA CCTTCAGGTC TCCTTTAATT GAAGCATTTG GTAACCGAGT AGAAAAAGTA
AACATTCAAG TAGATAATAA AAACCCGTTA TTTAATACCT ATGTCGAAGC AGATAGCATA
AGCACAGACT ATTACAATGT ATCAGAATTC AATTTAATTA ATGTAACCTT AAAGGACACG
TTATTTATAC GCTCCGAAAT TGTTGGCGGT AAATCTAATG ATGATGCATT TAACCTAAAC
TTATACCATA CCATAAATGA AAATGGAAAC TCTGTTGTGG GTATTCAAAA ATCTGATGTT
AAGTTTAAAG AGAAGGTTTG GTATTTAAAT GCCCAAGAAA ATAAATCGAA TAAAATAATC
TTTGAGAATA ACTTTAAAGA TCTCAAAATA GACTCTTTAG TTTTAAGTCA TCAAAGTGAA
GAAATAAGGC TTGCAGGACA AATGCGAGAT AGTACCTATA AAGATTTCAA TATTGCGTTT
AAAGATGTAG ATCTAGGTAA AATCACACCG GATATAGACA GCTTAGCACT AGCCGGAAAT
GTAAATGGTA CCTTAAACTT TAAAGAAGAA GATGGCGCGT ATTATCCAAA ATCAGAATTA
ACAATTGATG CACTTTCTAT TAATAAAGGA AAGCTAGGCG ATTTATCTAT AGATATTGAT
GGTAACGAAG ATTTATCCCA ATATGCTATA AATGCCTTGT TGCGGGATGA TGGTTTCGAT
TCCTTTTCTG CAGTGGGAAC TATAGATGTT GTAGGAGAAG AACCAACCAT AAATATGGAT
GTTGAGATGA AACAGCTGGA CATTTCTGTA TTCAGCCCAT TAGGAGGTAT TGTTATTAGT
GATTTAAGAG GTATAGCAGA TGGAAGGGCA AAAGTTACGG GTAATTATAA AAACCCAGAT
ATAGACGGTA AAATTATATT AGATAAAGGT GGCTTGCTTG TACCATATCT AAATACAGAT
TTCGATTTTA AAGAGAAAGC AATAATTACG CTTACCAAAC AGCAATTTAA ATTTAATCAA
GTAAAAATTG AAGATACCGA GTATAAAACC CAAGGACAAT TAAATGGTAT TATCTCTCAT
AAAAGTTTTA GTGATTGGTA TTTAGACTTG GGTATACGAG GTAACCAGTT GTTGGTCTTA
AATACAGATT ATCAGGAGGA TGCATTATAC TATGGTACAG CATTTATAGA TGGTGAAGCT
ACCATCGTAG GGCCAACAGA TGAGTTGGTG ATAGATGTTA TTGCAGAAAC AGAACCTGGT
ACAATATTTA AAATACCATT AAGTGATACA GAAAGTATAG GAGACAACTC ATTTATTCAC
TTTTTAAGTC CAGAAGAAAA AGAAGCACGC TTAGCAGGAG AAGAAGTTAT TTTTGAAGAG
GTAAAAGGAC TCTCTATAAA CTTTGACTTA GATATAGATA AAGATGCTGA AGTTGAAATT
GTTGTGGACC AAGTTAGTGG TAGCACATTA AAAGGAAAAG GTGCAGGAAC ATTACTCATT
GAAATAGATA CCAATGGTAA GTTTAATATG TGGGGAGATT TTGTTGCCTA TGAAGGAGTT
TATAATTTTA AATATGGCGG ATTGGTACAA AAGCAATTCG AGGTGGTTTC AGGAGGAAGT
ATAAACTGGG ATGGTAGTCC TACTAGAGCT CAGTTAGATG TGCAAGCAGT ATATAAAGTA
CAGGCAAACC CCTCAATAAT TCTCGAAAAC CCTTCAATTA ACAGAAAGAT TCCGGTTGAG
GTGGTTATTT CGCTTAATGG AGAAATTGTT CAACCAGACA TTAGTTTTGA TATTAATTAT
CCAAACGTTA GCTCAGTTGT AAGATCAGAG TTAGATTATT TAATAGATGA TAGAGCAAGT
AGAGAACTGC AAGCCTTGTC TCTAGTAACG CAAGGAACTT TTTATAGTGA ATTTGCATTA
GGTAATAATA TTGTATCAGG AACACTGGCA GAGCGTGCTT CTAGTTTGGT GAATGATGCT
TTTTCAGATG AAAATGGTAA ATTTCAAGTA GGCTTAAATT ACACCACTGG AGATCGTACA
CCAGACCAAG AAACTGCAGA CAGGTTTGGA CTTACCATAA CAACACAAAT TTCTAATAGA
GTATTAATAA ATGGTCAGGT TGGGGTACCA ATTGGCGGTG TTAGTGAAAG TGTGGTGGTA
GGTGATGTGG AAATAGAATT TCTGTTAAAT GAAGAAGGGA CCTTAAGAGC AAGCATCTTT
AATAGAGAAA ATAATATTCA ATACATTGGT GAAGAATTAG GGTACACGCA AGGTGCAGGC
TTATCTTATA ATGTCGATTT CAATACATTT AAAGAATTGA TTGATAAAAT AACAAACAGA
CAGGTTAGGA TAGACGCAGA CATACAGACA GAAAAGCAAC CTGAAACCTT AGCGCCAGAT
TATATTAAGT TTCCTGGAGG CGATGGTGGT AATTAA
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| Protein sequence | MYNFEQSYNI SSPIKKFWNI LKKTIVAILL LFIILVVLFS IPWVQTTVAK KLANSINDTY
NTNIQIDKVS ITYFGDVKLE KAFVEDHHQD TLIYVNELKT SILSLSGLLD NHSTLGNSSI
DSLTFRMKRY KGEELDNFAV FLQKFEPEQP KPSSDFYLSV SHIDVTNSKY SFEDENISDP
RALFLNDVDI NADNLVVNNK NVSVSINTLD FLEERGLTIK NLNGDFTYSP TQMGFEELRI
VTEDSNIKGT LYFNYTIEDL SDFVNKVKWD FTLEESVINT NDLKPFYNEF GNNVQFVMAS
NMQGTLNDFE LTNLELQGMN RSEIYGDIRI RDAVTNPEDL IINGTLSNLS TNYYDLVSLL
PNILRPNLPE SLKELGNVRL TGTARVTPTT VTTKADLFSQ LGTAKVDIDL ARLNDSENAT
YKGNLNFKDF NVGRLAKTTN LGTTTFNLDV DGKGFTTESL NTNVKGTITK LKFNNYTYKN
IKVLGTLRNP VFNGNLLIDD PNLQMEFNGL ADVSKDINIY DFEASVRNAD LNALNFVRRD
SISNFQGDVF MRMKGTTIND AFGTISLSNA TYENQNDIYA FEDLRIQSSF DNGVRTIDIN
SPDVINGKVV GVFAVEEVPA LFENAVGSLY TNYKPNTITT NQFLEFDFDI YNKIVEVFYP
EINFGPETFI RGRVESDESE FKLTFRSPLI EAFGNRVEKV NIQVDNKNPL FNTYVEADSI
STDYYNVSEF NLINVTLKDT LFIRSEIVGG KSNDDAFNLN LYHTINENGN SVVGIQKSDV
KFKEKVWYLN AQENKSNKII FENNFKDLKI DSLVLSHQSE EIRLAGQMRD STYKDFNIAF
KDVDLGKITP DIDSLALAGN VNGTLNFKEE DGAYYPKSEL TIDALSINKG KLGDLSIDID
GNEDLSQYAI NALLRDDGFD SFSAVGTIDV VGEEPTINMD VEMKQLDISV FSPLGGIVIS
DLRGIADGRA KVTGNYKNPD IDGKIILDKG GLLVPYLNTD FDFKEKAIIT LTKQQFKFNQ
VKIEDTEYKT QGQLNGIISH KSFSDWYLDL GIRGNQLLVL NTDYQEDALY YGTAFIDGEA
TIVGPTDELV IDVIAETEPG TIFKIPLSDT ESIGDNSFIH FLSPEEKEAR LAGEEVIFEE
VKGLSINFDL DIDKDAEVEI VVDQVSGSTL KGKGAGTLLI EIDTNGKFNM WGDFVAYEGV
YNFKYGGLVQ KQFEVVSGGS INWDGSPTRA QLDVQAVYKV QANPSIILEN PSINRKIPVE
VVISLNGEIV QPDISFDINY PNVSSVVRSE LDYLIDDRAS RELQALSLVT QGTFYSEFAL
GNNIVSGTLA ERASSLVNDA FSDENGKFQV GLNYTTGDRT PDQETADRFG LTITTQISNR
VLINGQVGVP IGGVSESVVV GDVEIEFLLN EEGTLRASIF NRENNIQYIG EELGYTQGAG
LSYNVDFNTF KELIDKITNR QVRIDADIQT EKQPETLAPD YIKFPGGDGG N
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