| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CHU_2603 |
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| Symbol | |
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| ID | 4186147 |
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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 | 2979008 |
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| End bp | 2983408 |
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| Gene Length | 4401 bp |
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| Protein Length | 1466 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 638072595 |
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| Product | mannosidase-related |
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| Protein accession | YP_679198 |
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| Protein GI | 110638989 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG3291] FOG: PKD repeat |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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| Plasmid unclonability p-value | 0.252324 |
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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 | 19 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGATAAAAA ATTTAAAGAT TATATTTCTC TTCGGAATAA TTTTTTCGAG AGGGGTATAC
GCACAGACAG CTGATGTTGT ACAAGGCTGT GTCCCTTTAA AAGTCAACTT TACAAGCCCC
TCTGCAAGTA CCTCATACTT CTGGGATTTT AAAGATGGCG TTACATCCAA TCTTCCAAAT
CCGGCCAATA TTTTTACCAA ACCGGGTATT TATCAGGTTA CTTTTCAGGA AACGGTTGGC
GGTCCGGTTT TAAAAACAAT ACCTATAGAA GTATTTCCGC AGCCTGTAAT CAGCATCAAT
GTGGCTTCAG GCTGCTCCCC CCTGAACGGA CAATTTGTAA GTACATCAGT GGTAAATCCA
AAAATTTCCA TAAATAATTA TACATGGGTG TTTGGTGACG GCGTAATTTC ACAAGGTGCA
ACGATGTCCA GTACCACGCA CCAATACAAT GCAAAGGGCG ATTATAATGT TTCATTAGGT
ATTGAAACCC AATACCCGAG CTGTAACATG ACAGCTGTTT TCAATAACGC TGTACACGTA
TATGACCCGC CTGCGGCATC ATTTACAACC AATCCGGTAA GTACGGTATC CTGTAATAAT
ACATTGCCTG TAACATTTAC AAATACTTCT ACGGGCTCGC AGCCCTTGTC GTATCTATGG
AATCTTGGTA ACGGACAAAC ATCAACCGCA GCGAATCCTC CTGCCCAAAC GTATAACAAA
GGATCTTATT CAGCTTCCTT AACAGTAAAA TTTGCTTCAA ATCTTGCCGG CTGCCAGGCG
GTTGCCACAA AATCAATCGG TGTAGGGCGC CCCACACCTG CTATCGTAAA ACAAAAAGAT
ACAATCTGTA TTGCAGATAC AGCCAGACTT AGCTCTACTA CTGCAGGTAT TAAGTTGTGG
ACTGGAGATG CCAATACGAT CATTATAGGT TCCGCTACGA TGGATAATGT AATCATGCGA
TTTACATCAG GTGGTTTTCA CACAATTAAA TTGAAAGTTA CCACTCCCGA CGGACAATGT
TTTGATGAGT CTACCACAAA TATTTATGCA GATGATGTGC AGGCAACGAT TCTGCATAAC
CCGCAATATT CCTGCTCAAG CCCCATGACG GTTGATTACA GTGTTGATGC AAATCAATCC
AATCTGAACT ATGACTGGAA GTTTCGTGAC GCATCTACCA GCAAAGCGGC TACAGTAAGT
AAAACATATA CAAGTGCTAC AAAGAATGAA TATTATGGAT TGAATACATT TGAAGCAATG
AATACCTTAC TGACAGTAAC TTCTAAAAAA ACCGGCTGCT GGGTTACTGC TACTTCGATA
GATACTATGT GGCTTCCGAA TGCCCGTATG ATTCCCAATC TTTCGAGGGG GTGTGCACCG
CTTAGTGTAA TCTTCAGTGA TTCCAGTAAG TCGAATGATC CGATCGTAAA ATGGAAGTGG
CTTTTTGGTG ATGGAACAGA TGTTGCAAAT AACAGTGATG CTGCGGAAAC TCATGTATTT
ACCCAACCTG GCATCTATGC AAATAAAGTA GTTGTTACTA CAAAAAGAGG ATGCATCGAT
ACATCGTATG CGATTAACAT TGAAGTTGGT TCAACCATTT CAAACATTGA TTTTACTGCA
TCAACAAATG AAGTTTGTCC GGGACAAAAT GTTGTGTTTA CCCCTGTGTT ACCATCCGGA
GCAGCAGCAC TTATTGATGC ATACCATTTT TCAACAGAAG GCAGCAGATC ATTTCATTGT
TCTAACCAGC AGTCTTTGAC CTGGTCGTAT AAAAATTTAC AGGGGCCTCA GAGCGTAGCA
CTGACGGTTG ATTACAATGG TTGCTTTACA ACGGTAACAA AACCCGGATT TGTAAATGTA
AAAGGAGCGA TTGCTAAAAT TGATTACAGC GCACATTGTT CTGATCCGTT TAAATATACG
TTTTCAAACA CGAATTCAAA TCCTGCTACA ACAAGCACAT GGGATTTTGG AGACAAAACA
ACTGGCAGTA CTTCATATGA AGCACACCTG TACACCGTAA CAGGCAATTA TAAAATTGTG
CTTACAGCAG AAGACAAAAG CAGCGGCTGT GCGGCAACGA CTGATACGCT GACAGTAAAG
CCAAGAGGAT TAAAAGCGGT TATGGATATT GATACATTGA TTTGCCTAAA CATACCTTAC
CGGTTTGATG CAACACAATC TGTTGATGTT CAAAAAAGAT GTTACCAGGG ATATAACTGG
AAAATGGTTG GTACAGACTT GCCTCAGCGT ACAACAAGCG CTACCACTAC CTATTACACG
TTTACTAAAC CGGGTATTTT CACGGCACAG TTAATTGTGA CTGATGATAA CGGATGTAAG
GACACCGCTA CTCAAAAAAT AAAAGTCTTT GATATTCTGC CGGCCTTTAC TCCGGATGAT
CTTATGATTT GTAATCCGGG TACGGTTAAT TTTGCGGATA AGTCAACAGG CGATACTACA
TTAGTAGCCT GGTCCTGGAA TTTCGGAGAC CTTACCGGAA GTACCCAACA GAATCCGTCG
CATCAATATC TGAACAAACC AAGTTCTTCT ACAGGTTATA AAGTAGTCTT GCTTGTTACA
GATAAAATTG GTTGTAAGGA TTCCGCTAAT GTGTACATTC AACAATATGA TCCTACAAGC
TCTATTACTG CTTCCAAGCC TGGCTTGTGT CTTGGAGAAC CTGTTACATA TACCGCTTCA
GACTTTACTT CTCAGGGTTC CAGCTTAAAG TATAACTGGA ATTTCGGAAA TTCAGAAACA
TCTACACAGC AATCAAAAGT GGTACAATAC ACCACGGATC AGGTGTATGT GGTTTCATTG
GATTTTGAAG AAATTGCAAC AGGTTGTAAA GGGAATACAA CTATTAATAT GAGTGTTCAG
ACATACCCGA CAGCAAGCTT TACAACAAAT GTGGATACGG TAGCTATCTT ATGTGCACCA
AAGGTTGTTA CCTTTACGGA TCAGTCTACA TCAAAATACA CACCCATTTC ACATACCTGG
AATTTTGGAA ATGGACAAAC AACTACGCAG CCTAATTACA CGCTTGTATT TGAAAAAGGA
ACATTTGATG TGAAGCATAT TGTTTCGACA ACAAATGGCT GCCGCGATAC AATAACCAGA
ACCTTTAAGG TATACAAACC GGAAGGCGAT TTTGTAACAG ATAAAAATGC AATCTGTAAA
AGTGAAATCA TTCATTTCGA AGTTAAAGAC CTGGTTGATG TTGTGCATTA TGCATGGGCG
TTTGGAGATG GTATTGTTGT TGAAGATGAA CCAGCAGTAG ATCATCAATA CAATTTTCAC
CCGCCAAGCG GTTCAACGGT TGCAAAACTT AGTTTAGTAG GGTCTGAAGG ATGTAATGCC
CAGATTCAAC GACCGATTAC CATTTATCAG GTTATTGCAG ATTTTGATCG TCTTGAAGGT
GGCCTGGATA CAGCAACGTG TTTTAACGAT GGTCCATATA AATTAACAAA CATATCTACA
GGAGCAAGTT CGTATCATTG GGATTTTGGA GATGGACAAA CCTCTACCGC TGAAAATGTA
AATACACATA CCTATGCAAC GCCTGGTACT TATTCCGTTA AACTGGATGT AATGAGTGAG
AATTTAGGCT GTAAGGATAC CATTACAAAG GAAATTATTA TTTATCCGAA CCCGGATGTT
GTTGCAACAG GCGATACCGT TTGTCAGGTG GTAGGTGCGG TGAATTTGAA TGTTGTTTCA
CCAAACCCTA CAAGTACGTA TCTTTGGACT CCGTCTACAG GACTGGCAAG CAATACAGCA
ACCAGTACCG TTGCAACGAT TCAGCACACC GTTCATTATA ATGTAGTTGA AACAGATATT
AATGGCTGTA CGGATAATGC CATTGCTCCG GCTGTAATTA TTGAACGCAT TAAGCTCCGG
GATTTGGATA CCAGTATTGT TATCGGCGAT ATTATTGCGT TGCCGGTATG GGGTGAGAGT
TACTACAGCT TTAGCTGGGA TCCAAGCAAA GGCTTAAGCT GCTTAACATG TAACTATCCG
CAGGTACAGC CGCTGGATGA TATTTTATAC ACGTTAACCG TTAACGATGC AAGAAACTGC
TATCCGAATG ATCAGTATAC ATACAAGATT TCGATCAAAC CGGAAACGTT TGTGAAAATG
CCTAGCATGT TTACACCAAA CGGAGATGGT AACAATGATG TTGTGAAAGT AAATGGATGG
GGGATTAAAG AACTCCGCGA GTTTCAGATC TTCAACCGTT GGGGGCAATT AATCTATTCA
TCGAATGATA TTAACGAAGG CTGGGACGGC ACATTTAACG GGCTTCTTCA AGGCAGTGAT
ATTTATGTGT ACAAAGTAAA GGCGTTAACC TGGCGTGAAT TTGAAATTAA AGAAGAAGGA
TATATAAACC TCGTTCGATA A
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| Protein sequence | MIKNLKIIFL FGIIFSRGVY AQTADVVQGC VPLKVNFTSP SASTSYFWDF KDGVTSNLPN
PANIFTKPGI YQVTFQETVG GPVLKTIPIE VFPQPVISIN VASGCSPLNG QFVSTSVVNP
KISINNYTWV FGDGVISQGA TMSSTTHQYN AKGDYNVSLG IETQYPSCNM TAVFNNAVHV
YDPPAASFTT NPVSTVSCNN TLPVTFTNTS TGSQPLSYLW NLGNGQTSTA ANPPAQTYNK
GSYSASLTVK FASNLAGCQA VATKSIGVGR PTPAIVKQKD TICIADTARL SSTTAGIKLW
TGDANTIIIG SATMDNVIMR FTSGGFHTIK LKVTTPDGQC FDESTTNIYA DDVQATILHN
PQYSCSSPMT VDYSVDANQS NLNYDWKFRD ASTSKAATVS KTYTSATKNE YYGLNTFEAM
NTLLTVTSKK TGCWVTATSI DTMWLPNARM IPNLSRGCAP LSVIFSDSSK SNDPIVKWKW
LFGDGTDVAN NSDAAETHVF TQPGIYANKV VVTTKRGCID TSYAINIEVG STISNIDFTA
STNEVCPGQN VVFTPVLPSG AAALIDAYHF STEGSRSFHC SNQQSLTWSY KNLQGPQSVA
LTVDYNGCFT TVTKPGFVNV KGAIAKIDYS AHCSDPFKYT FSNTNSNPAT TSTWDFGDKT
TGSTSYEAHL YTVTGNYKIV LTAEDKSSGC AATTDTLTVK PRGLKAVMDI DTLICLNIPY
RFDATQSVDV QKRCYQGYNW KMVGTDLPQR TTSATTTYYT FTKPGIFTAQ LIVTDDNGCK
DTATQKIKVF DILPAFTPDD LMICNPGTVN FADKSTGDTT LVAWSWNFGD LTGSTQQNPS
HQYLNKPSSS TGYKVVLLVT DKIGCKDSAN VYIQQYDPTS SITASKPGLC LGEPVTYTAS
DFTSQGSSLK YNWNFGNSET STQQSKVVQY TTDQVYVVSL DFEEIATGCK GNTTINMSVQ
TYPTASFTTN VDTVAILCAP KVVTFTDQST SKYTPISHTW NFGNGQTTTQ PNYTLVFEKG
TFDVKHIVST TNGCRDTITR TFKVYKPEGD FVTDKNAICK SEIIHFEVKD LVDVVHYAWA
FGDGIVVEDE PAVDHQYNFH PPSGSTVAKL SLVGSEGCNA QIQRPITIYQ VIADFDRLEG
GLDTATCFND GPYKLTNIST GASSYHWDFG DGQTSTAENV NTHTYATPGT YSVKLDVMSE
NLGCKDTITK EIIIYPNPDV VATGDTVCQV VGAVNLNVVS PNPTSTYLWT PSTGLASNTA
TSTVATIQHT VHYNVVETDI NGCTDNAIAP AVIIERIKLR DLDTSIVIGD IIALPVWGES
YYSFSWDPSK GLSCLTCNYP QVQPLDDILY TLTVNDARNC YPNDQYTYKI SIKPETFVKM
PSMFTPNGDG NNDVVKVNGW GIKELREFQI FNRWGQLIYS SNDINEGWDG TFNGLLQGSD
IYVYKVKALT WREFEIKEEG YINLVR
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