| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_4555 |
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| Symbol | |
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| ID | 5092628 |
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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 | Flavobacterium johnsoniae UW101 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009441 |
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| Strand | - |
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| Start bp | 5499208 |
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| End bp | 5503944 |
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| Gene Length | 4737 bp |
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| Protein Length | 1578 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 644743972 |
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| Product | glycoside hydrolase family protein |
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| Protein accession | YP_001196873 |
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| Protein GI | 146302282 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG3325] Chitinase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 | ATGAAACATT ATTACAGATT ACTCTTTTTG TTATTGTTTC CCTTACTCGC GTCGGCGCAG
CCAGCCCACG GGAAAAAAGT AGTGGGGTAT TATGCGCAAT GGTCTATCTA TGCAAGGGAT
TTTAATGTCC CGAAGATCGA CGGAAGTAAA TTGACGCATT TAAATTATTC TTTTTATGGG
ACAACTTATG ATCCTGCCCA TCCGGAGAAT ACAAAATTAA AATGTTTGGA TACCTATGCC
GATTTTGAGC ATATGGAAGG CGGAATTCCG TGGGATGCTC CGGTAAAAGG AAACTTTTAT
GATTTAATGA AGCTTAAACA AAAGTACCCG CACTTAAAAA TTTTAATATC TGTAGGAGGC
TGGACAAAAG GCCAGGATCT TTCTCCAATT GCTGCCAGTC CGGTAGCAAG AGCTGCATTA
GCCGCAGATA TGGCAAATTT CATTGTGACT TATCCGTTTA TTGATGGTTT CGACATCGAT
TGGGAATATC CTCTTTCTGG CGGAACAGAC GGAACAGAAA TAGTAAATGG AATGCCGGTT
CCTCCACAAA AATACAGCCC TGATGACAAC AAAAATTTGG TGCTTTTATT AAAAGCCATG
CGTCAGGCAA TGCCAAATAA ACTGGTTACT ATTGCGGCAG GAAACAATGT TAGAAATGTT
TCTAAACAAT ACTTAGGGCC AAATAACAGA GCACAATACG GAATGACAGA AGATATTTCA
ACGTATTGTG ATTATATCAC GTATTTCGGA TATGATTTTG GCGGTAACTG GTACGACAAA
ACCTGCTACA ATGCGCCTTT ATATGCCAGC GGAAACCCAA ATGATCCGTT GTATGGAGCG
ACACAATCAG AATCATTAGA TGAATTAACA AATCAATATT TAAACGTAAT TGGTTTCCCT
GCTAATAAGT TAATTATGGG ACTGCCTTTT TACGGAAAAA AATTCGATAA CGTTGCTGCA
AACTCAACAA ACGGATTGTT TGTTGCAGCG CCGCGATATA TAGTTCCGGG ATGTACAAAT
CCACAAAACC CAACAGGAAC ATGGGATGGT TCTGGAGCTT GTGAAAAATC AGGAAGTATC
GAAATCTGTG ATTTAGTCGG AAATCCGGTT ACCAATTCAC ACGCTTATCT TGATCCAAAT
ACTATGATGG TAACACCATC TGCAGCTTCG GCAGGATGGG TAAGATATTT TGATAATACG
ACTAAAGTTC CTTATTTATA CAACTCGACT TTAAAACAGT TTATTTCTTA TGAAGATAAG
CAGTCAATGG ATTTAAAAGT TCAGTATATA AAATCGAGAA ATCTGGCCGG AGGTATGATT
TGGGAATTAT CTCAGGATAC CAGAGGTTCA ATTCCAAATT CATTATTAAA CCAGGTTGAT
ACTTCTTTTG GAAGCGTTGT TCCGGGAACA GTAAGTATTT CTGGTTCTGT AAAAAACGGA
TCAGCTTTAG TTACAGATGT TACAGTTGAA TTACGAAATG CAAGTAATGC TGTTATTCAG
ACAGTAGTTT CTGCTAACGG AAATTTTGCA TTCAATAATT TAACTTCGGG TCAAAATTAT
AGCCTAACGG CTTTAAAAGC TACTTATACA TTTACGCCTG TAACTTTAGT AAATGTTACA
GTAAACCAGA CAGCAGTTGT TATTAACGGA ACTCAGCCAA CATATACCGT TAGCGGAACA
GTTCTTGACG GATCAACTCC GGTTTCGGGC GTAACTGTTA CGGCAGTTTC AGGAAGTACA
ACATTAACAG CAGTTTCAAA CGCAAGCGGT GTTTACAGCA TTGCAGGTTT AACAGCAGGT
TTAAACTTTA CTGTTACAGC TGCAAAATCA GGATTCTCTT ATGCTCCGGC TTCAACAGTT
TATAATGCAA TCGATTCAAA CAAAACTTTG AATTTTACTC AAGGTGCTCC AGTTGTTAAT
TATACTGTAA GCGGTACGGT TTTAAATAGT ACAACTCCAG TTTCTGGTGT AACTGTTACA
GCTTCTTTTA CAGGAGGAAG TTATGCAGCG GTTACAAATG CAAGCGGAAC GTATTCACTT
AGTCTTCCTT CTGGCGGCAA TTATACAGTA ACAGCTGCTT TAACAGGACA GACCTTTACA
CCGGCTTCTA CAGTGTATTC TAATTTGAAT GCCAATAAAA CATTGAATTT TACACAAGAT
GTTGTAGTAA GCACAAGTAA AATCAGCGGA ACAGTTAAAA ACGGAACAAA TCCGGTTGCA
GGTGCAAAAG TAGAACTGGT TTTACCATGG ACAGATAACA CACACAATTG GAAAAGTGTT
ATTGCAACAA CAGATGCACA AGGAAAATAC AGTTTTGACA ATTCTGTTGT AGACGGTTAC
ACACAGGTTT TGAGTTTGAA GTTAAACTCT TGGCAAAATG GAGAAGTTGC CTATTACCCA
AATAATCTGG CAAACTTTGC AGTTCCTGCA AATCCAACAG TTTATAACTT TAATACAAGT
TCTACAGCAA AATCAGCATT GGCTGCAGCC GCAAATTTAA TCAGCGGTAC TGTTAAAAAC
GGAACAACTC CGGTTGCAGG CGCAAAAGTA GAAATCGTTT TACCTTGGAC AGATAATACA
CATAACTGGA AAAGTGTTTT AGCAACAACA GATGCATCAG GAAATTACAG CTTTGATAAT
TCAGTTGTAG CAGGTTATAC ACAAATTTTA AGTTTGAAAT TAAATGGATG GGAAAATGGT
GATGTGACTT ATTATCCAAA TAACTTAGCC AACTTTGCAG TTCCAACAAC ACCAACTATT
TATAATTTTA ATAGACAAGC TGTAGTTGCG ACTAAACCAG TGGTTACCAT TACAGCACCA
ACTGCTTCGG CGATTGCTAT AAATTTAGGA TCAGCAATTA ATTTTGTTGC AAGTGTTGGA
TTAAGTGCTG TTGATGCTAC TACAATCTCA TCAGTTGTAT TTAGTTTAGA TGGGCAAAGC
TTAAGTACGG CCAATTCTTC GGGAACTTAT ACAGCAGCCT GGACACCAGC AGCAAATCAG
TTTTCGCTTT CTCATACCTT AACCGTTACA GCTACTGCGT CAAACGGAAC AACAGATTCA
AAAACGTATA GTTTTACATT AACTTGTTCT GGTGCAAACT GCCCAAATGC ATTACCTGTA
ATTACTTGGA ATTCACCATC AAATACTACA GTATACCAAA ATACTTTTCA GGTTGTGCCA
ATTTCAGTTA CAGCTGTTGA CAGCGACGGA ACAGTTTCGG GTGTTACTAT TACAATAAAT
GGAGGCACAT TTAATATGAC AGCAGGCACA AATAATACTT ACACGTATAA TTTCACGCCA
TCTGCTTATC AGGATTATCC GGTTGTAATT AAAGCAACCG ATAATAAATC TGGTGTAACT
ACATTAAACA ATACTATTAA AATTGCGACA GTAAGCACTA ATAGATTCAT CCCGCTTCCT
TCTAAAATTA TTTTAGGATA TGCACATTCT TGGGAAAATG CTGGTGCTCC ATTCTTATAT
TTTTCTCAAA TGGTAGGAAG TAAGTTTAAC GTAGTAGATT ATTCTTTCGT TGAAACAGTT
AATCGTGATG GTTATACACC AATATTAACT ACAAATGACA CTAGATATTT GACCAATGGT
GTTTTCAATA AGCAATTATT GAAAAACGAT ATAAAATCCT TAAGAGACAG CGGCGTTCCT
GTTATTGTTT CTATTGGAGG GCAGAATGGT CATGTTGTTT TAGACAATGT AACTCAAAAA
AATATTTTTG TTAATGGTCT AAAAGCAATT ATTGACGAGT ATCAATTTGA CGGAGTTGAT
ATTGACTTTG AAGGCGGATC GATGAATTTT AATGCAGGAG GTTTAAGAGA TATTTCTTAT
GCGGGGATTT CTGCTTATCC AAGATTAAAA AACGTTGTTG ATGCTTTCAA AGAATTAAAA
GCCTACTATG GCCCTGGATT TTTATTAACT GCTGCTCCGG AAACACAATA TGTACAAGGA
GGTTATACTA CTTATACAGA TACTTTTGGT TCCTTCCTGC CAATCATTCA AAACTTACGT
AATGAATTGG ATTTGTTAGC GGTGCAATTG TATAACACAG GAGGAGAAAA CGGACTAGAT
GGACAATATT ATGGTACAGC TAAAAAATCA AACATGGTAA CAGCCTTGAC TGATATGGTG
ATAAAAGGGT ATAACATTGC TTCAACAGGA ATGCGTTTTG ATGGGTTGCC GGCTTCAAAA
GTTCTTATTG CATTACCAGC GTGTCCAAGT GCAGCAGGAA GCGGTTATTT AACACCAACA
GAAGGAATTA ATGCTATGCA TTATTTAAGA ACCGGAACCA CTTTTTCTGG AAGAACATAT
ACTATGCAGC CAGGCGGACC ATATCCTTCT CTGAGAGGTT TAATGACTTG GTCTGTAAAC
TGGGATGCTT CTTCTTGCGG TAATTCATCT GAATTATCTA AAGCTTATGC AGCTTATTTC
GCATCACAAA CAGCAGCAAA AACATTGGTT CTTGATGATA TTTCTGCAAA AAGTAATGCA
ACGATAGCTT ATTTTAAAAA CAATGCATTA TCTGTTACAA ACGAAAACGA AGACATTGCT
CAGGTTGATG TATTCAATGT TTTAGGACAA AACTTAGTAA GTCACAGAAA TGTTCAAAAT
AATAAAGAAG TACTGCTTCA CAATCAGAGT TTCTCATCTA AACAATTGTT TTTAGTTGTG
GTAACAGACA AAGCAGGAAA CAAAAAATCA TTTAAAGTAA TGAACTTTTT AAACTAA
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| Protein sequence | MKHYYRLLFL LLFPLLASAQ PAHGKKVVGY YAQWSIYARD FNVPKIDGSK LTHLNYSFYG
TTYDPAHPEN TKLKCLDTYA DFEHMEGGIP WDAPVKGNFY DLMKLKQKYP HLKILISVGG
WTKGQDLSPI AASPVARAAL AADMANFIVT YPFIDGFDID WEYPLSGGTD GTEIVNGMPV
PPQKYSPDDN KNLVLLLKAM RQAMPNKLVT IAAGNNVRNV SKQYLGPNNR AQYGMTEDIS
TYCDYITYFG YDFGGNWYDK TCYNAPLYAS GNPNDPLYGA TQSESLDELT NQYLNVIGFP
ANKLIMGLPF YGKKFDNVAA NSTNGLFVAA PRYIVPGCTN PQNPTGTWDG SGACEKSGSI
EICDLVGNPV TNSHAYLDPN TMMVTPSAAS AGWVRYFDNT TKVPYLYNST LKQFISYEDK
QSMDLKVQYI KSRNLAGGMI WELSQDTRGS IPNSLLNQVD TSFGSVVPGT VSISGSVKNG
SALVTDVTVE LRNASNAVIQ TVVSANGNFA FNNLTSGQNY SLTALKATYT FTPVTLVNVT
VNQTAVVING TQPTYTVSGT VLDGSTPVSG VTVTAVSGST TLTAVSNASG VYSIAGLTAG
LNFTVTAAKS GFSYAPASTV YNAIDSNKTL NFTQGAPVVN YTVSGTVLNS TTPVSGVTVT
ASFTGGSYAA VTNASGTYSL SLPSGGNYTV TAALTGQTFT PASTVYSNLN ANKTLNFTQD
VVVSTSKISG TVKNGTNPVA GAKVELVLPW TDNTHNWKSV IATTDAQGKY SFDNSVVDGY
TQVLSLKLNS WQNGEVAYYP NNLANFAVPA NPTVYNFNTS STAKSALAAA ANLISGTVKN
GTTPVAGAKV EIVLPWTDNT HNWKSVLATT DASGNYSFDN SVVAGYTQIL SLKLNGWENG
DVTYYPNNLA NFAVPTTPTI YNFNRQAVVA TKPVVTITAP TASAIAINLG SAINFVASVG
LSAVDATTIS SVVFSLDGQS LSTANSSGTY TAAWTPAANQ FSLSHTLTVT ATASNGTTDS
KTYSFTLTCS GANCPNALPV ITWNSPSNTT VYQNTFQVVP ISVTAVDSDG TVSGVTITIN
GGTFNMTAGT NNTYTYNFTP SAYQDYPVVI KATDNKSGVT TLNNTIKIAT VSTNRFIPLP
SKIILGYAHS WENAGAPFLY FSQMVGSKFN VVDYSFVETV NRDGYTPILT TNDTRYLTNG
VFNKQLLKND IKSLRDSGVP VIVSIGGQNG HVVLDNVTQK NIFVNGLKAI IDEYQFDGVD
IDFEGGSMNF NAGGLRDISY AGISAYPRLK NVVDAFKELK AYYGPGFLLT AAPETQYVQG
GYTTYTDTFG SFLPIIQNLR NELDLLAVQL YNTGGENGLD GQYYGTAKKS NMVTALTDMV
IKGYNIASTG MRFDGLPASK VLIALPACPS AAGSGYLTPT EGINAMHYLR TGTTFSGRTY
TMQPGGPYPS LRGLMTWSVN WDASSCGNSS ELSKAYAAYF ASQTAAKTLV LDDISAKSNA
TIAYFKNNAL SVTNENEDIA QVDVFNVLGQ NLVSHRNVQN NKEVLLHNQS FSSKQLFLVV
VTDKAGNKKS FKVMNFLN
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