| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_1899 |
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| Symbol | |
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| ID | 5090426 |
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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 | 2190954 |
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| End bp | 2196053 |
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| Gene Length | 5100 bp |
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| Protein Length | 1699 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 644741316 |
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| Product | hypothetical protein |
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| Protein accession | YP_001194250 |
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| Protein GI | 146299659 |
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| COG category | [S] Function unknown |
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| COG ID | [COG2911] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | |
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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 | ATGAATAAGA AACCCATTCA TTATTTAAAA AAAACACTTC GTGTACTGGT ATGGTGCGTG
GTTTCTGTAG TGGCACTTTT ATTGCTTCTT ATTATATTAA TTCAGGTTCC ATCGGTTCAA
AATTTCGTTA AAAATAAAGC GGTTACTTAT CTTCAGGATA AAATAAAAAC CAAAGTTTCC
TTAGACTATA TTTCGATAAA ATTTCCAAAA GATGTAGTTC TGGAAGGTTT CTGTTTTGAA
GACCAAAAGA AAGATACTTT ATTGGCTGGT AAACGTTTAG AGGTCGATGT TGACCTTTTT
AAACTTGTAA GCAGTGAACT CGAAATCAAT TCTGTTTCAC TTAAAAACGT AAAAGCAAAT
ATTTCCAGAA ACAAGAATGG TGTTTTCAAT TTTGATTACA TCATAAAAGC ATTTGAATCT
AAAGAGCCAA AAGTTGAAGA TCCTAATGCA AAACCATTCA AGATATCAGT TGTAAAAGTA
AATCTGGATG ACATTAAATT TAATTTTAAA GACGATTATG CTAAAAATGA TATTCGGGTA
AACCTGACAC ATTTTGATAC TAAGTTCAAG GAATTCGATT TGGATAACAT GAAATTTAAT
ATTCCGAATA TCAATCTTGA TGGATTAAAA CTGGTTTTAG ATCAGGATGT TGTCGAAAAA
ATAGCCGAAG TTTCGGTTGA AACTGTTGAT ACTATTTCAA AACGTCCGGA TTTCAATTTA
AATCTTAGAA AAATCAGTCT TTCAAAAATT GATATCCTTT ACGATAACAA AGATTCAAAA
TTAGATTCGG GAATAAAACT TGGAAACCTG AATTTATCCG TTAATGAAAT TGATTTAAAC
AAACAATTTT TAGATTTCGA TACTTTCGAA TTAAAAAATC TTAGCGGTAA CTTACGATTA
GGCGCAAAAG ACAAACAAAT CAACGCACCA AACTTAGACA CAACTGCAAT TAAACAAGCA
GGCTGGAAAG CCAGGCTTAA CAAAATTAAT ATACAAAACG TAGCTTTTAA ATTTGATGAT
ATGCAGTCGA AACCCACAAC GAAAGGAATC GATTACAGCC ATTTAGATTT GAGTAAATTT
AATTTTGAAG CCGAGAAATT ATATTACGGA AATGACACAA TTTCGGGAAA TATAAAAAAG
CTGACCGTTA ATGAAAAACG CGGTTTACAG ATTCAGGCTC TAAAAACTGA TTTCTTTTAC
GGACCTAAAA ATGCGTCTTT GGATAACTTG TATCTAAAAA CACCGCAGAC ATTAGTACAA
GACAAAATAA AAGCCGAATA TAAATCGCTT GCATCACTGC AAAAAGAGTT AGGAAATCTT
GCTATTGACG CCAATTTGAA ACAGTCTAAA ATTGGTTTCA GAGACATTTT ATTGTTTGTG
CCCGATCTTC AAAAAACAAA TCCGTTTAAA AGCAATCCTA ATGCTGTTTT ATATGTAGAC
AGCCGTGTAA GCGGAAAAGT TAAAGATTTG AATATTGCAA AATTCGAAAT GAGCGGTATT
GGTACTACAA AAGTTTCCCT TTCGGGGAAA ATAACCGGAC TGCCTGATGC CGAAAAAGCG
TATTATGATT TGAATATCAA AAAAATTTCG AGCACATCAA AAGATATCAA TATGTTTGTG
CCGGCTGGAA CTATTCCTAA AAACATTCAA TTGCCTTCAC AATTAAGTCT ACAGGGAAAA
TTTAAAGGTT CTGTTCAAAA CTTTAAAACC AATTTAGCTT TAAACAGCAG TTTTGGAAAC
GCAAAAATCG ATGCACTATT CGACCAGAGA ATCAAGAAAA AAGAGAAATA CGATGCCGAA
GTATATTTGC TGGATTTTGA TTTGGGACGA TTAATCAAAA ATGATTCAAT TGGAAAAATT
ACACTTAAAG CAAAAGTCAA AGGAAATGGT TTAGATCCTA AAACTGCCAA TGCTGTAATA
GACGGTTTGG TTAAAAAAGC AGCTTTTAAC GGCTATACCT ATAGAGATTT AGCGTTAAAA
GGAAACATTG CAAACGGTTC ATTTGCTGTA AAATCCGGAA TGAAAGATCC AAACCTCAAT
TTTGATTTAA CAGCCAGCGG CGATACAAAA GACAAGTACC CAACTGTAAA ATTAAAACTG
AATTTAGATA TTGCCGATTT AGAAAAGCTG AATCTGCATG CGGGACCAAT GAAACTTCGT
GGAAATATAG ATGCAGACAT TGCTAACAGT AACCCCGATT TTTTAAACGG AAAAGTATTT
TTGTCTAATG TTCAGATTTT ACAAGATGCT GAGCCAATTG TTCTGGATTC TGTTCGTGTA
ATTGCATTTT CAGATAATAC CCGAAATAAT ATTAAAATCT CGTCTCAGTT TTTAAAAGCC
GAAGTCGACG GAAAATATAA ATTAACCACG CTTGCCGATG CAGTTAAAAA ATCACTATCG
AAATATATTG ATTTAAAAAC GCCAAAAGCA AAAGCAGAAT CTGATAAACA AAGACTTGCC
TTTACATTAA CAGTAGACAA CGATCCGATT CTTTTTAAAT TGATTCCGAA ACTAACAGGT
TTAGAGCCAA TTAAAATTAC CGGAAAGTAC AATAATGCAA CAGATTCTTT AGAAGTAAGA
GGAACTATAC CAAGAATTAC TTATGGAGAC AACACAATCT CTGATGGGAA AATAAATATA
GAAGCCAAAG AAAATGCTTT AGAATATTCT GTTTCTATTG CCACAATAGA AGGTGGTTCA
TTGAAAATAC CGTTTACCAC TTTAAAAGGC GATGTACAAA ATAATACTTT GACTTATGCT
CTCGAAGTTC AGGATGCCAA ACAAAAACAG CAATATTACA TAGCAGGAGA ATTTAAAACA
GAAGATTCTA AAAACATTGT AAAACTTGAT GCCGAGAACT TTGTTTTAAA TTATGATAAA
TGGAATCTTG ATCCGGAAAA CGCCATTGAA TTTGGAGAAA AAAGATTGTA TGTAAACAAA
TTCAACCTGA ACAATAACGG AAATGAATTA AAAGTCCAGT CGCAGGGAAC GCAGGATAAT
GCGCCTTTGC AGGTTGATTT TGTAAACTTC AAAATAGAGA CTATTATGAA TATGGTCAAA
AAAGACGAAG TTTTAATGCA GGGTTTAATT AACGGAAATG CTCTGGTCGA AAATGTAATG
ACAAACCCGA CTTTTACATC AGATTTAAAA ATTGATGATT TTGCGTTTAA AGGAGAAAAA
GTAGGCGATT TAGAAATTAA AGTAGACAAC AAAACTGCTA ATACTCTTGC CGCAAATGTA
ACTTTAAGCG ACGAAGGAAA TGATCTTAAA CTAACAGGAG ATTATAAGCT TGATGCCGGA
AATTTTGATT TTGATATCGA TATCAATAAA CTAAATATAA AAAGCATTCA AGGCTTTACA
ATGGGCAATG TTACCGAAGG AACGGGATAT TTATCAGGAA ATTTTAAAGT TACCGGAAAC
ACTTCGCAGC CAAAAATTAA TGGAGAATTA AATTTTAACG ATACTGGTTT TAGAGTAACA
CAGCTCAACT CGTATTTTAA AACTAAAAAC GAAAAAATCA CTTTTAGTAA TGAGACAATT
ACATTTGATA AATTCTCTCT TTTTGATGAA AACGACAATG AATTATATGT AAACGGAAAT
ATAAAATCGC CTGATTTTAG AAAATACAAT TTCGATTTAG TTGTCGAAGC CGATGATTTT
AGAGCCATAA ATTCGAAAGC AAAAGACAAT GATTTGTTTT ATGGCGATTT GTTTTTGGAT
ACAAAACTGA ATATCAAAGG AAATCTGGAC AGTCCTGTTG TCGACGGAAC GCTTAAAATC
AATAAAGAAA CCAAATTTAC GGTTGTCCTG CCGCAGTCAG ATCCTTCAAT CGCTGATCGT
GAAGGAATTG TTGAGTTTGT GAATGAAGAT AATATGTATT TGAAACAAAC GGTCGACTTG
CAGAATAAAC TCGATCAGTC TGAATTAAAA GGAATGGACG TGAATGTTGC TATTTCGATT
GATAAAGAAG CAGAATTGAC CTTACTGATT GACAAGGCAA ATGGTGATTA TTTGAATTTA
AAAGGTGAAG CAGAATTGGT GGGCGGAATT GACCAATCAG GAAAAACGAC TCTGACCGGA
AAATATGAGT TTTCAGACGG TGCTTATGAA ATGAATTTTA ACGGAATCAA AAGAAAATTC
GATATTCAAA AAGGAAGTTA TATTACCTGG AACGGCGAAC CAACAATGGC TAATTTAAAT
ATTACAGCTA TTTACAAGGT AAATGCTGCT CCAATTGATT TACTTGGAAA TCAGTTGGCA
GGAATGGAAC AAGCAGTTCA GAATACCTAC AAACAAAAGC TTCCGTTTCA GACTTTATTG
AAAATGAATG GAGAATTGAT GAAGCCTGAA ATTTCATTTG GAATTGTATT ACCGGAAGGG
AATTATAATG TTTCGACCGA TGTGGTTACA ACAACACAGA ATAAATTAAA ACAGCTGGAA
CAAGACCCTG CAGAATTAAA TAAACAAGTT TTTGCACTTT TATTATTAAA CCGTTTTGTT
GGTGAAAATC CGTTCGCGAG TCAAAGTGGC GGCATAAGTG CTGAAACAAT GGCGAGACAA
AGTGTAAGCA AAATACTTTC TCAGCAATTA AATAACCTGG CAGGAGAATT AATTACAGGA
TTTGAAGTCA ATTTTGATTT AGAATCATCT GAAGATTACA CTTCGGGAAC CATGCAAAAC
AGAACCGATC TGAATGTGGA GGTTTCTAAA AAACTGTTGG ACGATAGATT AAAAGTAACA
GTTGGAAGCA GTTTTGGAGT AGAAGGAGCA GAGCGTGCCA ATGAAGAAAG CACCAATATT
GCGGGTGATG TTGCTTTAGA TTATCAATTG ACAAAAGACG GACGTTATAT GGTTCGTGCT
TATAGAAAAA ATCAATATCA GGTTGCAGTA GAAGGGCAGG TTGTAGAAAC AGGTGTTGCT
TTTATTATCA CGATGAGTTA CAATAAATTC AGAGAACTTT TCCATCGCAG TGAAAAAGAA
AAAGAATTGA TTCGAGAAGA AAAGCTTCGA AAAGAAAAGG AAAAACAGAA AAAAAAGGAA
GACAAAGAGA AGGAGAAATT GCAGGAAAAT CAAATTGAAG GAAATGAACA AAAAACATAA
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| Protein sequence | MNKKPIHYLK KTLRVLVWCV VSVVALLLLL IILIQVPSVQ NFVKNKAVTY LQDKIKTKVS
LDYISIKFPK DVVLEGFCFE DQKKDTLLAG KRLEVDVDLF KLVSSELEIN SVSLKNVKAN
ISRNKNGVFN FDYIIKAFES KEPKVEDPNA KPFKISVVKV NLDDIKFNFK DDYAKNDIRV
NLTHFDTKFK EFDLDNMKFN IPNINLDGLK LVLDQDVVEK IAEVSVETVD TISKRPDFNL
NLRKISLSKI DILYDNKDSK LDSGIKLGNL NLSVNEIDLN KQFLDFDTFE LKNLSGNLRL
GAKDKQINAP NLDTTAIKQA GWKARLNKIN IQNVAFKFDD MQSKPTTKGI DYSHLDLSKF
NFEAEKLYYG NDTISGNIKK LTVNEKRGLQ IQALKTDFFY GPKNASLDNL YLKTPQTLVQ
DKIKAEYKSL ASLQKELGNL AIDANLKQSK IGFRDILLFV PDLQKTNPFK SNPNAVLYVD
SRVSGKVKDL NIAKFEMSGI GTTKVSLSGK ITGLPDAEKA YYDLNIKKIS STSKDINMFV
PAGTIPKNIQ LPSQLSLQGK FKGSVQNFKT NLALNSSFGN AKIDALFDQR IKKKEKYDAE
VYLLDFDLGR LIKNDSIGKI TLKAKVKGNG LDPKTANAVI DGLVKKAAFN GYTYRDLALK
GNIANGSFAV KSGMKDPNLN FDLTASGDTK DKYPTVKLKL NLDIADLEKL NLHAGPMKLR
GNIDADIANS NPDFLNGKVF LSNVQILQDA EPIVLDSVRV IAFSDNTRNN IKISSQFLKA
EVDGKYKLTT LADAVKKSLS KYIDLKTPKA KAESDKQRLA FTLTVDNDPI LFKLIPKLTG
LEPIKITGKY NNATDSLEVR GTIPRITYGD NTISDGKINI EAKENALEYS VSIATIEGGS
LKIPFTTLKG DVQNNTLTYA LEVQDAKQKQ QYYIAGEFKT EDSKNIVKLD AENFVLNYDK
WNLDPENAIE FGEKRLYVNK FNLNNNGNEL KVQSQGTQDN APLQVDFVNF KIETIMNMVK
KDEVLMQGLI NGNALVENVM TNPTFTSDLK IDDFAFKGEK VGDLEIKVDN KTANTLAANV
TLSDEGNDLK LTGDYKLDAG NFDFDIDINK LNIKSIQGFT MGNVTEGTGY LSGNFKVTGN
TSQPKINGEL NFNDTGFRVT QLNSYFKTKN EKITFSNETI TFDKFSLFDE NDNELYVNGN
IKSPDFRKYN FDLVVEADDF RAINSKAKDN DLFYGDLFLD TKLNIKGNLD SPVVDGTLKI
NKETKFTVVL PQSDPSIADR EGIVEFVNED NMYLKQTVDL QNKLDQSELK GMDVNVAISI
DKEAELTLLI DKANGDYLNL KGEAELVGGI DQSGKTTLTG KYEFSDGAYE MNFNGIKRKF
DIQKGSYITW NGEPTMANLN ITAIYKVNAA PIDLLGNQLA GMEQAVQNTY KQKLPFQTLL
KMNGELMKPE ISFGIVLPEG NYNVSTDVVT TTQNKLKQLE QDPAELNKQV FALLLLNRFV
GENPFASQSG GISAETMARQ SVSKILSQQL NNLAGELITG FEVNFDLESS EDYTSGTMQN
RTDLNVEVSK KLLDDRLKVT VGSSFGVEGA ERANEESTNI AGDVALDYQL TKDGRYMVRA
YRKNQYQVAV EGQVVETGVA FIITMSYNKF RELFHRSEKE KELIREEKLR KEKEKQKKKE
DKEKEKLQEN QIEGNEQKT
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