| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CHU_1568 |
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| Symbol | |
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| ID | 4185602 |
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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 | Cytophaga hutchinsonii ATCC 33406 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008255 |
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| Strand | + |
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| Start bp | 1838473 |
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| End bp | 1843530 |
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| Gene Length | 5058 bp |
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| Protein Length | 1685 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 638071562 |
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| Product | hypothetical protein |
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| Protein accession | YP_678179 |
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| Protein GI | 110637972 |
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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 | 7 |
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| Plasmid unclonability p-value | 0.518804 |
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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 | 7 |
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| Fosmid unclonability p-value | 0.238693 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGTGTAC AAAGCGCTAT AAAGACAACT ATACTAAGCG TTTTTTTTGT TCTCGCAAGC
CTGTTAAGCC TTGCTCAGAA TGGTACGGAA TGGATCATAC CTAATCAGAT TTATTATAAG
GTTAAAACCT ATCAAAACGG TATTTATGCA ATACCGTATG CAAAACTCCA ATCAGCTGGT
ATCAATACCG CGGATCTTAC AAATCTTCAG ATGTGGTATC GTGGTAAAGA GCAATCCATT
TTATTGCAGC ATGACAGTTT ATTTTTCCTA GGTAAAAGGA ATGATGGAAA GCTGGATTCT
CTGTTATATG CGAACAGTGC GAACCAGCCG CATGCCTATT ACAGCATCTG GTCTGACACA
TCAGCATATT TTTTTACCAT CGGTACACAA CCAGGGAAAC GCATTGCAGT GAGTGCTGTT
CCTTCCGTGA CAACTACTGA ATCCTGGTAT TACGAAGAAG CATTATCTAT CTATACAGAT
CTCTATTATC CGGGAGCCTA TTATTCCATA GAAACATTGA AAAGTGATTA CGATGTTGGA
GAAGGATGGT TTGGCGATAA AATAGCCAAA GGCGGAAATC CTGTAACGGG TAGTTATACG
ATACCAATTT CTAGTGCCTA TACACAGACA GCTGCCGATG TAAAAATAGA AGTACAGATT
GTTGGGGAGT GGAACAATTC AAACCATGTA GCATCCCTAC TGATCGGTAA TGCAAATACT
CCGGATTATA CATTTAATTT TTCAGATTTT AGTGCGTACG AATTCCGTAA AATTTCAGCC
GTAATTCCCA ATTCTTATTT AACAGGTAAA AATTCCATAG CCTGTACTAT ACGGCTTTCC
AGTGCGGGTA CAGATGTTGT AGCGGTATCG TATATTAAAA TTACCTATCC CAGAAACTAT
CTGTTAACCA ATTCAAAAGA TCTTTCTGTT ATTCTTCCTG AAAATGGTAA TCAAAACAGA
ACCGTTAATT TGTCTAATGT TACAGGCAAT CTATTCATAT TAGATATAAC AGACGAGCTG
AATCAGGAAC GCATACCTTA TACGCAGGCC GGAGCTACTG CATCCGTTGT TATTCCAAAT
ACAACTAAAA CTTTTTTTGT TTTTACTAAT CGGTATTATT CAATTTCTCA GGTTGAACTT
GTAAACATGT CTCTGCCGAA CCTGAGCAAA GACTATTTTA TTATATATCC TGAAGTATTT
AATTCATCGG CCTTGAGTTA TGATCAATAC CGAAGTTCAA ATGCCGGTGG TAATTATGAT
GTAGAACGCT GTTCGTTTGA AAAGCTATGT AATCTGTATA GCTATGGAGA GTATTCTTCT
ATAGCTATAA AAAGATATTG TTCTGAGATT ATTCAAGTCA ATTCAAAAGA AAAATATTTA
TTGATACTTG GAAAAGGTGT GGTGCCTTCT ATGAGTAATT TTATTAATAA TGTCGGCAGC
GTTGTTTACC GGAAGAACCC TTCTTTTTAC TGGACAAATA CGGATTTTAA AAATCATTTT
GTAAATCTTG TTCCGCCATT TGGTGAGCCC GGTTCAGATT TAATGTTTAG CGTAGACAAT
AAGTATGCAG CACAGATCCA TACCGGCAGA GTACCTGCGC GCACCAATAG TGAGGTATTG
GGATATCTGG AAAAAGTTCA GGCTCACGAA TCCCTGGATT CAACATTGTT GTGGCGGAAG
AATTTAATTC ATTTAAGCGG CGGGGAAGAT GCTGCCCAGG TTACGCTATT CAAAAAATAT
GTTGATACCT ATAAAGCCTA TGTTGAAGGA CCGCATCTTG GAGGAAAGGT CGTAAAAACA
TATGTGAAGA ATTTACAGAA CGGTGCCGTA GATGATCAGC TGATCTCAGG TGTTGCGGAT
GATCTTAATA AAGGGATTTC GTTAATGACA TTTTTTGGGC ATTCATCGGC ATTGATTAAT
GATGTGGATA TAGGATTTGT TTCCAATCCG GTATATGGCT ACAAAAATTT TGGCAAGTAC
CCAATGATGC TCGTGAATGG CTGTACATCT GCAAATATTT TTTCCAACTA TTCTTTTGCA
GAAGACTGGA TCAATACCCC GGGCGTTGGG GCTATAAATG TATTGGGCCA TACCGATATT
GGCTATACAA ATAATCTGTA CCAATTTTCG CTATACTTTT ATAATTTTCA ATTTAATGAT
TACCGGTATA TAAATAAGCC TGTTGGTTTT ATTCATAAAA AAGTAATTGA TTCGATCAAT
TCGATTAATG CATCAATAGA TGTTACTTCT CAGGCACAGA TTACCCAGAT GAATCTGACA
GGTGACCCTG CTTTACGTTT GTATAATCCC GGCCGGCCGG ATTATGCGAT TTATGGCGAT
AATCAAACAG CAGAAGCAAA TTGTATTATT ACGCCCTCCA CAACAGCCAG TATAACAGCG
AAAGATCCGT TTAGAATAAT TATACCGATT GATAATTATG GAAGTACAAC AACAAAAACG
GTTGATATGA TCATTAAGAG ATATGTAAAT AATGTTTTTG TGAAAAACTA TCAGGCTACC
TTACCTCCGC TGTATTACAG AGATACGGTA GTCTTTGATA TTTCAAATAA TGACGGGAAT
TATGCAGGTG ATAACCGGTT TGAAATAACA ATCGACCCTT CCGATTCGCT GAAAGAAATG
CGCAAAGATA ATAATGTTGC TTATATCAAT TATTACATGC GTTCAAGTGC GATTAAATGT
ATGTATCCGT TGAACTACAG CGTTGTTTCA AATCAGCCGA CGGTATTGAC CGCTCAGGCA
ACAAATCTGT TTATTAATTT AACAGATTAT TATTTTGAAA TAGATACATC TAAGTTTTTT
AACAGCATGC ATAAAAAAAC AGCTGTTATT TCTTCCGGAT CGTTGCCTAC CTGGACACCC
GGGCTAATCA GTGATTTGAC TCCTTCGGAC AGTATTGTTT ATTTCTGGCG GGTACGTTTT
AATACCATTG CACCAACAGA AGATACGATA TGGGATAACA GTTCATTTAT ATATATAAAG
AACAGTAATC CGGGCTGGTC GCAAACACAT ATTGATCAGT ATCTGGAAAA TAATCTGGTA
GGTTTGTCAT ATAACCGTAA TCAATTTAAA TGGGAGTTTC CATTAACTTC TATTGCATTA
ATGGTACAGG CAGCAGGCGG AAGGTATCTG GGAGAAAAAG ATCTGACGCT TTTAACACTG
AATAATTTAC CCTTGCTTCA AAATACACCT TATTATAATT GTGTAGGCGG CAGCGGCGGT
CTGTTTATGC TTACACTGGA CCGTTCCTCT CTCGAGCCGG TTGTATACAA TCCCAATTCA
GAAGGATGGT ATTATTGCGG GCAGAATTTT GATACCCGGC TTGTATTGGA AATACCTTTC
CCAACAAATA CAAATACCCC GCCATCAACA ACCTGGCTCT ATGGACGGGA TGCAGACGGT
TTGATACGTG CCATACAGCA TACAAATAAA AATGATTACC TGATTATTTT TAATGACGGG
AACAGTATGA AAAATGGGTG GCCGGCAAAC CTGCAAACGT ATTTTAAGGA CTCGTTACAT
GCCACGCAGA TCAGTGCGTT AACAAGCGGC CAGCAACCGT TTTTATTAAT AACAAAGCGT
ATCAATACAA GCCCGATAAC TGAAAAGGTA AATGTAAGCA CTGCAACAGA TTCGTTTGTT
GCTATTGATA CCACACTGAA CAGTTTCTTT TATAAAGGAA GTATTACGAC AAATTTAATC
GGACCCTCAA GCATGTGGGG TAAAATGTAT TTTGCCATTG ATACTTCACT AAATGATGAG
ACAAGCCTGA AGCTGATCCG TTTTGACATC ATGGCCAATC CGATTGATAC AATACTATTA
CCTAAAGTTG ATTCATTAGA CTTAAACGGA ACGTATTTAA TTGATGGGGT GCATGTGTAT
TGCAAGCTGC TGCTGGATTT GCAGGATGAC GGAACATTGA CACCGCCGGC ATTGAAAAAA
TGGCAGATTA TCTATAACGG TGTGCCGGAA GGCACATTGA ACCCGTACGC GGTAGGACTG
GATACCTATA CCATTCCAAA TCATCCCGAA GGAGATAGTA TTTCCATCAA ATATCAATTC
GATAATATTT CTGATTATGA TTTCTCAAAA CCGATACAGG TTGTTTATTC AATTCGTAAT
GAATCGGGCT CTCTACGCAT CGATACGATT ACATATTCGG TATTGAATGC CAGACAATCG
CTTGTGTTTA CGTACAAGTT TACGACAAAA GGCCTGACAG GAAAAAATTA TATTCAGGCT
TATGTGAATC CTCAGATGCA ATCCGAGCAA TACTATTCCA ATAACGTGCT GGAATCGTCG
TTTGTGATTG AAGCGGATAA AACACAACCG ATATTAGAAG TCGCCTTTGA TGGTATACGG
ATTTTCGATG GTGATTTAGT TTCTGCCAGC CCGCTTATAC ATATTTCATT AAAAGATAAT
AACCAGTATC TGTTGCTGAC AGATCCGGCC AGTATTGAAC TGTATCTGTT ATATCCGGGG
CAGACAAATG CGGTGCAGAT TACATCAACC AACCCGATGG TGCAAAGCTG GAGTCTGGAA
AATGCGCGTA CCAATACTTT TGTTGCAGAG ATTAAACCTG CCAATCTGCC GGATGGAACT
TATACTATTA TTGTTCAGGG GAAAGACGCT TCAGGTAATA AAACAGGCGG TCACCAGTAT
AAAATTACAT TCAAAGTAGA AAACAAACCA TCGATCTCTT ATTTCTACCC GTATCCCAAT
CCGTTTTCTA CAAGCACCCG ATTTGTATTT ACATTAAGCG GCACAACCGT TCCTGATAAT
TTAAAAATCC AGATCATGAC AGTGTCCGGA AAAATTGTAA AGGAAATATT TAAAGAACAA
TTAGGTCCGT TACATATTGG CAATAATATT TCAGAGTATG CCTGGGATGG CACAGATGAT
TTCGGTGATC GCTTAGCGAA CGGCGTATAT TTATACCGTG TGATTATCAA AGATAGCAAT
CAATTTTTCG AACACAGAGA AACTGCGGGA GACAAAGCCT TTAAGCAGGA TTGGGGCAAG
CTGTATATAT TGAGGTAA
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| Protein sequence | MSVQSAIKTT ILSVFFVLAS LLSLAQNGTE WIIPNQIYYK VKTYQNGIYA IPYAKLQSAG
INTADLTNLQ MWYRGKEQSI LLQHDSLFFL GKRNDGKLDS LLYANSANQP HAYYSIWSDT
SAYFFTIGTQ PGKRIAVSAV PSVTTTESWY YEEALSIYTD LYYPGAYYSI ETLKSDYDVG
EGWFGDKIAK GGNPVTGSYT IPISSAYTQT AADVKIEVQI VGEWNNSNHV ASLLIGNANT
PDYTFNFSDF SAYEFRKISA VIPNSYLTGK NSIACTIRLS SAGTDVVAVS YIKITYPRNY
LLTNSKDLSV ILPENGNQNR TVNLSNVTGN LFILDITDEL NQERIPYTQA GATASVVIPN
TTKTFFVFTN RYYSISQVEL VNMSLPNLSK DYFIIYPEVF NSSALSYDQY RSSNAGGNYD
VERCSFEKLC NLYSYGEYSS IAIKRYCSEI IQVNSKEKYL LILGKGVVPS MSNFINNVGS
VVYRKNPSFY WTNTDFKNHF VNLVPPFGEP GSDLMFSVDN KYAAQIHTGR VPARTNSEVL
GYLEKVQAHE SLDSTLLWRK NLIHLSGGED AAQVTLFKKY VDTYKAYVEG PHLGGKVVKT
YVKNLQNGAV DDQLISGVAD DLNKGISLMT FFGHSSALIN DVDIGFVSNP VYGYKNFGKY
PMMLVNGCTS ANIFSNYSFA EDWINTPGVG AINVLGHTDI GYTNNLYQFS LYFYNFQFND
YRYINKPVGF IHKKVIDSIN SINASIDVTS QAQITQMNLT GDPALRLYNP GRPDYAIYGD
NQTAEANCII TPSTTASITA KDPFRIIIPI DNYGSTTTKT VDMIIKRYVN NVFVKNYQAT
LPPLYYRDTV VFDISNNDGN YAGDNRFEIT IDPSDSLKEM RKDNNVAYIN YYMRSSAIKC
MYPLNYSVVS NQPTVLTAQA TNLFINLTDY YFEIDTSKFF NSMHKKTAVI SSGSLPTWTP
GLISDLTPSD SIVYFWRVRF NTIAPTEDTI WDNSSFIYIK NSNPGWSQTH IDQYLENNLV
GLSYNRNQFK WEFPLTSIAL MVQAAGGRYL GEKDLTLLTL NNLPLLQNTP YYNCVGGSGG
LFMLTLDRSS LEPVVYNPNS EGWYYCGQNF DTRLVLEIPF PTNTNTPPST TWLYGRDADG
LIRAIQHTNK NDYLIIFNDG NSMKNGWPAN LQTYFKDSLH ATQISALTSG QQPFLLITKR
INTSPITEKV NVSTATDSFV AIDTTLNSFF YKGSITTNLI GPSSMWGKMY FAIDTSLNDE
TSLKLIRFDI MANPIDTILL PKVDSLDLNG TYLIDGVHVY CKLLLDLQDD GTLTPPALKK
WQIIYNGVPE GTLNPYAVGL DTYTIPNHPE GDSISIKYQF DNISDYDFSK PIQVVYSIRN
ESGSLRIDTI TYSVLNARQS LVFTYKFTTK GLTGKNYIQA YVNPQMQSEQ YYSNNVLESS
FVIEADKTQP ILEVAFDGIR IFDGDLVSAS PLIHISLKDN NQYLLLTDPA SIELYLLYPG
QTNAVQITST NPMVQSWSLE NARTNTFVAE IKPANLPDGT YTIIVQGKDA SGNKTGGHQY
KITFKVENKP SISYFYPYPN PFSTSTRFVF TLSGTTVPDN LKIQIMTVSG KIVKEIFKEQ
LGPLHIGNNI SEYAWDGTDD FGDRLANGVY LYRVIIKDSN QFFEHRETAG DKAFKQDWGK
LYILR
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