| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_0806 |
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| Symbol | |
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| ID | 5091995 |
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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 | 907269 |
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| End bp | 911324 |
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| Gene Length | 4056 bp |
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| Protein Length | 1351 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 644740206 |
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| Product | hypothetical protein |
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| Protein accession | YP_001193159 |
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| Protein GI | 146298568 |
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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 | 14 |
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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 | ATGAAAAAAA CTTTACTTTT ATTTTTGTTT TTAATACCTT TTTTAGGTAG TGCGCAGCTT
GCAAGTGCGA GTTATGTTAT TGGTAATTCA CAGCCAGCAC CATTTAAAAC TTTGGCTACA
GCTATTACAA GTATCAATTC TACTGGGATT GCAGGTCCTG TTACTTTATT ACTAGATGAA
AATCAAACAG TAACATCAAC TATTTTTATA GACAGATCAG ATTTTAGCGC TGCAAAGACA
TTAACAATAA AGCCAAATAC AAATAGAAAT ATTACTATTA CTGGAAATAT AGGTAATACA
AGTACAGCGC CAATTTTAAA GTTAGAAGGA ACAGATTATG TTACAATAGA TGGAAGTAAT
AATAATACAA CTTCAAGTAA CTTAATCATT AGTAATACTT CAACAGTAAA TTATAATAAT
TTCACTCAAA TACATTCAGC TATTTTGTGG ATTACAAATA AGGCCGCCGA CGCAGCGACT
TATAATACTT TAAGGAACAT ACAGTTTGTT GGTTCTGGTG TAGATGCTAC AAGTTCAACT
TCTGCGGGTG TCGTTATTAG TGATGCAAAC AATATGCAGA CAGCAGAAAC AATATCAAAT
TCAAATAATA CTATTTCGAA TAACATCTTT ACAAGAATGA AATTTGGAAT ATGGACTTTT
GGTGGAACTT CTTATAATCA AAATTTAACC ATAAATAATA ATACTTTCGG TTCTGCAAAT
GCAGCCGATG TAATTGTTGT AAATGCAATT AAGTTATCAA ATACTCAAAA TACATTGGTT
ACAGGTAACT CTATATTAGG GGTTGCAATG TCATCAAACA GTACTTTTAT TTCTGGAATT
AATTTATATG ATAGAAGTAT AGGCTGTACT ATTTCTAGAA ATAGAATTTC AAGTGTGAAA
AGTTCTGGTT TAGGCAGTGG AATACACATC GATCTTGATA ATTCAGTAAC TGCAAACTTA
AATATTGTCA ATAATTTTAT AAGTGGAATA GCTTCTTCTA CTGGTGGCCA GTATGATTAC
AATAATGCTG GACATGGTAT TTATTTTGTT AAAGGGAATA GAATAAATTT ATATTACAAT
ACAGTTGTTC TTAATGTAAA TCAAACGGGA TTATCTGCAA GTTTATTTAT ATCAGATGGA
AGTAATTTAG ATATTAGAAA TAATATTTTT TATAATTCCC AAACAGGATC GGGTTTACGA
TATGCTGTCT ACTCATTAAC AAATAGAAGT GTATTTTCAA ATATTAACAG AAATGATTAT
ATAACAAGTT CTGGAGGTAC GTTAGGACGA TTAAATAATG CTGATGCAGC TACAATAGCT
GATTGGAGAG TTGCGACATC TCAGGACGGA AACTCATTAA GTGTTGCTCC TTCATTTGTC
AGTGCTTCAG ATTTTCATTT AATTACAAAT AATACCAATA ATGAAAGTTT AACAGGAGTT
ACCATTTCTG GTATCACAAC AGATATTGAC GGAGATACGA GAGTAAAGCC ATATATGGGT
GCAGATGAAC TTGTTCAATG TACACCATCA GGAGATCAAA CAACATTTGG TGTAAATTCT
TGGCTTGGTT ATGTATATTC TTGGACGGGA ACTGCTTATC CAAATCCAGC TACATCAACT
ACATTACCAG TATCTGCGAC ATCGACTTAT ATTGGAACTG TTACAGAAAA TGCTCTTTTT
GATAGAAATG TGACATCAGG TCAGGTAAAT GGAGTTACTA GAAACATTCC GTGTGATACT
CCGCCTTCTG ATAAATTTTT CGTTCGTTAT AAAATGCAGA CTACTACAGC AGCCGGAAGA
TACAATTTCA CAATTGGAGG AGATGATGGT GTAAGATTAT ATGTCGATGG AAGTTTAGTA
ACTGTAGCTC CAACAGGTTC TTATGGTGTT CATAGTTATA ATACTTATGC AGCACAAGTT
GATCTTACTG CCGGAACACA TAATTTTATT TTAGAATATT TTGAAAATGA TGGAGATTCA
AGAGTATCGT TTTCATATGG TCAAATTCAA GGAAACGTTG CGCTTCCATT TGGTGACAAC
AAGTGGAATG TATATGGTTT TACAGTAGCT AATATCAATC TGCCATCATA TGCTTATGCT
GGAATGTATG TAGACAATAA TGTGAATGTT AACACTCAAA CATCATGGGG AAGAACAAGC
TCGCCCTCTG CAGCTTCAAG CTGGCTTGGG GCTCCTGTTG GAGTTGATCA GTTTACAATT
ACTTACAAAC GTCAGGGATT TCCTTGCGGG CGTTACCAGA TTCAATTAGT AAATTGTGAT
GACGTAGGAG AGATTTATGT AGATGGAACG AAAGTTTTTA CTCAAAATGG TTATACAGGT
ACTTCAGCAA TTATAAATGG AGGTACAACT TATTTGTTGA ATAAAAATTC AACAGTTGAA
ATTCGTCTAA GAGAAGATGG AGGAGATGCA AACATAGCGG TTAATTTTAT TGATACACCA
ACGGTTTATA ATGGGTCAGG GACTTTAGCA AGTGATACTT CTATAAGAAT TAGTGCAAAT
ACTACTTTGG GTTCAGATCT TCAGGTTTGT TCATGTACAG TTGACACAGG AGTCACTTTT
ACAATTCCTG CGAACAGAAC TTTAACTGTA GATGAAACCA TAAATGTTGC AGGAACAGGA
AAATTGCTTA TTCAAAATAA TGGATCATTA TTACAAAAAA ATACAACTGC TGCAGCTTAC
ACAGGAGCAG TGACTTCATT TGAAATGCAG AGAAATACAG CGCCAGTACG TCGTTATGAT
TTCAGTTATT GGTCATCGCC GGTAACACTA GCATCAAATT TCACATTATA TAAATTATCA
CCAAATACAC TTGGAGATAA GTATTACAGT TATAATCCAA ATTCAGGATG GGCAATTAAT
TATAATGGAA CACAAGTTAT GACTCCAGGT CAGGGATATA TTGTAAGAGC ACCTCAATCT
TATGATATAA ACAGCACGGC AGTATATACC GCTTCTTTTA TTGGTGTTCC TAATAATGGA
GATGTCACAA TAACTCCAGT AGGTGGTCAA TGGAATTTAA TTGGAAACCC ATACCCATCG
GCTCTAGACG CTCAAAAACT TATGACGGCA AACAATAATG TTGGCTCATT ATATTTCTGG
ACGCATAATT CACCTCCTAG TAATACTGTT TCGGGTGATG CAACTTACAA TTACACAAGC
AATGATTATG CTGTTTATAA CTTTAGTGGT GGTGTTGCAA CTTCTAGTGG TGCAGCTGCT
CCTAGCGGAT ACATTGCAGC AGGACAGTCT TTCTTTATTA ATGCAAGTTC AAGTAATAAT
ATTGTGTTTA CTAATGATAT GCGTGTTGGT GGAAATAATA CACAATTCTT TAAAACTGCT
AAGGCTGCAG AAGAGGTTGA GAGAAATCGT TTATGGTTGA ATTTTACAAA CACACAAGGA
GCATTCAAGC AAGCATTAGT TGGTTATATC GAAGGAGCTA CAAATAGTTT AGATAATGGT
TTCGATGCCG AAACTATGGC AGGTAACAGT TATGTAGATT TTTATAGTAT TAATGATGCT
TTGCAATTAA CGATTCAAGG GCGAGCACTT CCTTTTGAAA ACAGCGATAT AATTCCTCTT
GGTTATAATA CATCTATTGC AGGAGACTTT ACAATCTCTA TAGATCATGT AGATGGAGTG
TTTAATGACC AAGCTGTTTA TTTAGAAGAT AAAAAAACGA GCACAATTTA TGATCTAAAA
GCAGGTGATT ATACCTTTAA AACAGAAGCA GGAACTTTTG ATGATCGTTT TACGCTGCGT
TATACAAACA AAACATTAGG AACAGGAGAC TTTGAAAATG TAGATAATGG TCTATTGGTC
TCTGTAAAAG ACAAGGTAAT CAAAGTGACT TCTAATAAAG AAAATATAAA GAGTACCGCA
ATTTATGATA TATCGGGAAG ACTTATTTAT GATAAAAATA AAGTTGGAAC CACAGAATTG
CAAATATCAA ACCTGCAGTC AGCCGATCAG GTATTGTTAG TAAAAATTAT ATTAGACAAT
AATTATACTC TAACGAAGAA AATTATTTTC AAATAG
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| Protein sequence | MKKTLLLFLF LIPFLGSAQL ASASYVIGNS QPAPFKTLAT AITSINSTGI AGPVTLLLDE
NQTVTSTIFI DRSDFSAAKT LTIKPNTNRN ITITGNIGNT STAPILKLEG TDYVTIDGSN
NNTTSSNLII SNTSTVNYNN FTQIHSAILW ITNKAADAAT YNTLRNIQFV GSGVDATSST
SAGVVISDAN NMQTAETISN SNNTISNNIF TRMKFGIWTF GGTSYNQNLT INNNTFGSAN
AADVIVVNAI KLSNTQNTLV TGNSILGVAM SSNSTFISGI NLYDRSIGCT ISRNRISSVK
SSGLGSGIHI DLDNSVTANL NIVNNFISGI ASSTGGQYDY NNAGHGIYFV KGNRINLYYN
TVVLNVNQTG LSASLFISDG SNLDIRNNIF YNSQTGSGLR YAVYSLTNRS VFSNINRNDY
ITSSGGTLGR LNNADAATIA DWRVATSQDG NSLSVAPSFV SASDFHLITN NTNNESLTGV
TISGITTDID GDTRVKPYMG ADELVQCTPS GDQTTFGVNS WLGYVYSWTG TAYPNPATST
TLPVSATSTY IGTVTENALF DRNVTSGQVN GVTRNIPCDT PPSDKFFVRY KMQTTTAAGR
YNFTIGGDDG VRLYVDGSLV TVAPTGSYGV HSYNTYAAQV DLTAGTHNFI LEYFENDGDS
RVSFSYGQIQ GNVALPFGDN KWNVYGFTVA NINLPSYAYA GMYVDNNVNV NTQTSWGRTS
SPSAASSWLG APVGVDQFTI TYKRQGFPCG RYQIQLVNCD DVGEIYVDGT KVFTQNGYTG
TSAIINGGTT YLLNKNSTVE IRLREDGGDA NIAVNFIDTP TVYNGSGTLA SDTSIRISAN
TTLGSDLQVC SCTVDTGVTF TIPANRTLTV DETINVAGTG KLLIQNNGSL LQKNTTAAAY
TGAVTSFEMQ RNTAPVRRYD FSYWSSPVTL ASNFTLYKLS PNTLGDKYYS YNPNSGWAIN
YNGTQVMTPG QGYIVRAPQS YDINSTAVYT ASFIGVPNNG DVTITPVGGQ WNLIGNPYPS
ALDAQKLMTA NNNVGSLYFW THNSPPSNTV SGDATYNYTS NDYAVYNFSG GVATSSGAAA
PSGYIAAGQS FFINASSSNN IVFTNDMRVG GNNTQFFKTA KAAEEVERNR LWLNFTNTQG
AFKQALVGYI EGATNSLDNG FDAETMAGNS YVDFYSINDA LQLTIQGRAL PFENSDIIPL
GYNTSIAGDF TISIDHVDGV FNDQAVYLED KKTSTIYDLK AGDYTFKTEA GTFDDRFTLR
YTNKTLGTGD FENVDNGLLV SVKDKVIKVT SNKENIKSTA IYDISGRLIY DKNKVGTTEL
QISNLQSADQ VLLVKIILDN NYTLTKKIIF K
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