| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_2687 |
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| Symbol | |
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| ID | 5090262 |
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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 | 3194046 |
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| End bp | 3198602 |
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| Gene Length | 4557 bp |
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| Protein Length | 1518 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 644742111 |
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| Product | hypothetical protein |
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| Protein accession | YP_001195029 |
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| Protein GI | 146300438 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01451] conserved repeat domain |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 0.0579108 |
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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 | ATGAAAAATA ACAAACTCTT AGCTGTAATA ATACTAGTTG GATTTCTAAG TTTTGGAATG
AAATACAATA CTATTATTAA GAATAATTTT GTTGCTCCTA TAGTTGAACG TTTTGTAAAA
GCTGAAAAAA CTTTTATTGA TGAGAAAAAA GAAAATAAAG ATAAAAAAGC TGAAATTAAA
GAAGACAAAA CAAATACATC TACTGTAGCT GCGACAGTTA CTGTAGCAAA CGCTGTAGCG
GTTAATGGAG GTGGGAACGC GCAGCCTGGT TCTCAGCTTG ATTTTACTAT AACTATAACA
AATACAGGTA CAGATGATGC TTTAGGAATG AATTTTCAGG ATATTTTAGA TTCTAATCTA
ACCTTAGTTC CAAACTCTTT TAAAGCAACC CCAATAGCAA ACAACAATTC GTATTCCTGC
ATTGGAAACG TTGGAATTAG TGTGGATGCG GCAGGTGGTG TTTTAACAAA CGATGTCAGT
CCGGATGGAA CTGCTTTATC GGCTTCTTTA TTAACAGGAG CAGCAAATGG AACCGCAGTT
CTGAATGCGA ACGGTTCTTT TATTTATAAT CCAAATGCAG GATATTCTGG TTCAGATAGT
TTTACTTATA CTTTGACCAC TGCCAGCGGC AAGACCTCAA CTGCAACAGT AAATATTACT
GTAAGCACTC CTATAATATT TGTTAATAGT GCAGCGGCTG CTGCAGGAAA CGGAACTCTA
GCATCACCTT ATAAAACTTT AAACAGTATT ACAGGAAGTA ATGCCTTTCC TGTTTTTATT
TATACGGGAA CAGTTACTGG ACTTTTAACC TTAAATGATA ATCAAAAAGT AATTGGTCAG
GGGGCAGCTG CAAGTCTGAC TTCGATATTA AGTCTTGCTG TGCCGGCCTA TAGTAATGTT
TTGCCCGCTA CCGGAGGAAC AAATCCGACT ATTGCCGGTG TCAATTTAAA AGCAAATAAC
GATATCCAAG CTGTTGCATT GACAGGAACT CTATCTGGTT CGAACGTTGG AGCTTTGAAA
ATAAGAAATA CAACTATTAA TACAACAAAT TTACAAGCTG TTAATATTAC TGGCGGCGGC
GCTTTAGACT GTATTTTTAC CAGTATTTCT GCCAGCGGCG TCTCTAAGGG AATTTCAGTA
ACCGGCGCGC AGGGAAGTTT TCAGGTGACA GGAACAGGAT CTACGGCCGG ATCTGGCGGG
ACAATTCAAA ATATATCTTT AAGAGGTGCT GAGTTTATTT CGTGCGCCAA TGTTACACTT
AAGAACATGA ATTTTACCAA TGCAAATAAC TCTTCGACAG TAATGAGTGA TGCCGAAGAT
GACAACACCA ATTCTTACGG CGCACTGCAT TTTAAAACTG TCTCTGGAGG CGTTAATTTA
GATAATATTT TGATCACCGG CACTACAAAC TCTGTTGGAA TAAATTTAAA TGATGTTAAT
AATTTCGTAT TATCCAATAG TACAATTACA GGATGCGGAA GTGCAAATGG AGGAAATGCA
AATGTGGGAG GAATATTTGC ATTAAATTTA AGAGGAACAA GTTCAATCAC AAACACAAAT
GTTAATGATT CCTGGGGAAG AGGTTTTTTT GGATTTAACG GCCAGCTTTC TCAAAATCCT
ACGCTTAATT TGACAGTAAC CGGCTCTCAA TTTAAAAACT CTTTTAATAA ATCAAACGGA
GACAGTAATT TTATTTTTCA GGCTAAAGGG ACTACAAACA ATACATTGGT TTTTAAAAAG
AATGATTTTT CTAATTCAAA AACGACCGGT TTAGCATTGA ATTTTAGCGG ATCTTCTGTA
AATACCGTCC AAATAGGAGG AACTAATGCA TCTACAGATG CTAATACTAT AAATGCTGCA
GCTTCAAGTC CTGGAAGTAA TGGTTTGTCT TTACAAGTAA CAGGCAATGC AGCTGTGAAC
TACAATATTA TAAATAACAC TTTAAAGTCA AGCTACAATG CTCTTTATGC ATGCAGTGTC
GGAAATCAGG GTTCGGGAAC GATAAAAGGA CGTATAAATA ATAATACCAT TGATGGCGGC
GGCTCAACTT CTTCCAGCAA TGGAATCAGT GTTGCTGCTT ATGGTAATGC CAAACATATT
ACTGAGATAG CCAATAATAT AATCACTAAT GCCGCCAATT ACGGCATTTT CTCTGAAGCA
AATGATAATG CCGTATTAAG TGCAGGAAGA ATTGATGCTT CCATCACCAA TAATAATATT
AGCGTTGCAA ATAATGCCTA CACTCATATT GGAGTAGTGG CCTATGCAGA TAATGCCTCC
AGTACGATGA TCAGTGCTGC AAAGGTTACT GGTAACATAG TTAACTCTGC AAGCGGATTA
GCAGCAGGGA ATTTTGATGT ACTCTCTCAG GGACCTAGTT GTAAGGTAAT TTTACAGGGT
AATACCGCAT ACGTTTCAGG AACTGGAAAC AGAAGTGCGG CATTGACAAA TTTCTGGAAT
AGCAATAATC CTAATACTCC AACAGGAGCA GGACTGGATG AAGGCGGTAC TGGAACCATA
ATTTCGGGAA CTGTCACTAT TCCTGACAAT GCAAGCGCAT CAAAAATGGC CATCCAGAAA
GAAACGCCGC AAGAAGAGGC CGACCCTGCG GCAGCTGTCA ATAATACTGT ACCTGATAAT
GCAGTAACTG CTAAAACTGT TGCGGCAAAT GCTGTTAATG AAACCCTTAC TGCCGGACCA
TTTGCTCTGG CTGCAGGAAA AAGCACTGTG ATTACTTTTA GTGCGACAAT CAATGCAGCA
GGCACGTTAC CGCAAAACAC CTGTTCGGTT ACCAATCAGG CTGCCGTTAG CGGTTCTAAT
TTTACAACTG TAAATTCTAA TATTACAACA ACATCAATTA AGCCAGCAAT TGCAACAGTA
ACGGCGGACA CAGAGAATAT CCCTTGTTTA GGAAGCACGT CCGTTACATT AAACGCAGCT
TGCCCGCTTG GTACAACTGC GACCTGGTAT ACCGCAATGA ACGGGGGAAC CAGTTTTGCA
ACCGGAAATT CGGTTTCTGC AACTCCTATG GCAAATAATA CGACGTATTG TGTTGCTTGT
GAGACAGCTT ATTGCGCAAG TGACAGGGTT CTTGTTAAAA CTGTGACGGG AACTCCTTCA
ACAACGTCGC CCCCAGTTAC CGTAACCGAA TGTGATTCTT ATACCTGGAG TGTTAACGGA
ACAACTTATA CTAGTTCTGG AACATACACT GCTGTTGTTG GATGTGATAC CAAAACTCTA
AATTTAACAA TAACTCCGTC TGCAACTTCA ACACCTGAAA CCATAACGGC TTGTGATTCT
TACACATGGA GTGCCAATGG AACAACTTAT ACCACCTCTG GAACATACAC AGCAGTTGTA
GGATGTGATA CTAAGACTCT AAACTTAACA ATCAATCCTT CAACCTCATC AGCAACTGAA
ACTGTTTCTA GATGCGACAG CTATACCTGG CCGGTAAATG GCACAACTTA TACAGCTACT
GGAAATTATA CCCATACGAT AGGATGTGAT ACCAAAACTT TAGCGTTAAC GATTACCAAT
TCTACGAGTT CTACCCAGGC TGAAACGGCT TGCGACAGCT ATACCTGGCC GGTGAATGGC
ACAACTTATA CCGCTTCGGG AAATTACACG TATTCTTTGG GATGTGATAC CAAAACTTTA
GCGTTAACGA TTACCAATTC TACGAGTTCT ACCCAGACTG AAACGGCTTG CGACAGCTAT
ACCTGGCCGG TGAATGGCAC CACTTATACC GCTTCGGGGA ATTACAGTTA TTCTTTGGGA
TGTGACACTA AAACTTTAGC GTTAACGATC ACCAATTCTA CAAGTTCAAC GCAGACAGAG
ACCGCCTGCG ACAGCTATAC ATGGCCGGTG AATGGCACCA CTTATACCGC TTCGGGTAAT
TACAGTTATT CTTCGGGATG CGACACTAAA ACTTTAGCAT TGACTATCAC TAATTCTACA
AGTTCAACGC AGACAGAGAC CGCCTGCGAC AGCTATACAT GGCCGGTGAA TGGCACCACT
TATACCGCTT CGGGGAATTA CAGTTATTCT TTGGGATGCG ACATTAAAAC TTTAGCATTG
ACCATTAATA ATTCTTCTGC AATTCAGAAA ACAGTAGCAT TAAATTCTGG AATCTTGACC
TCGGACCATT CCGGAGCCAT TTACCAGTGG TATAAGTGCC CCAACACACT GTTGGCAAAC
GAAACCAGCC AATCCTTTAC GCCATCCTCC GTTGGAGACT ATAAAGTTGA AATTACCGTT
GCAGGGTGCA CGATTGTTTC TGATTGTATT ACTGTAAGTA CTTTGGGGCT GTACGATTTC
AAAGCAGCCG ACTTTAAAAT GTATCCTGTT CCAAGCAAAG GAATTTTAAA CATTCTTACC
AGATACGATG GGAACTACAG CATAATAGAC GCTGCTGGAA AAATTGTAAA ATCAATAAAT
CTTAATGCAG ATTCTTTAAA TACAATTCAC CTGGAAAATC TTTCAGATGG CGTTTTTTTA
ATTAAAAAAA CAGATGGAAA TTCATTTAAA GCCCAGAAAT TTATTTTGAA AAAATAA
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| Protein sequence | MKNNKLLAVI ILVGFLSFGM KYNTIIKNNF VAPIVERFVK AEKTFIDEKK ENKDKKAEIK
EDKTNTSTVA ATVTVANAVA VNGGGNAQPG SQLDFTITIT NTGTDDALGM NFQDILDSNL
TLVPNSFKAT PIANNNSYSC IGNVGISVDA AGGVLTNDVS PDGTALSASL LTGAANGTAV
LNANGSFIYN PNAGYSGSDS FTYTLTTASG KTSTATVNIT VSTPIIFVNS AAAAAGNGTL
ASPYKTLNSI TGSNAFPVFI YTGTVTGLLT LNDNQKVIGQ GAAASLTSIL SLAVPAYSNV
LPATGGTNPT IAGVNLKANN DIQAVALTGT LSGSNVGALK IRNTTINTTN LQAVNITGGG
ALDCIFTSIS ASGVSKGISV TGAQGSFQVT GTGSTAGSGG TIQNISLRGA EFISCANVTL
KNMNFTNANN SSTVMSDAED DNTNSYGALH FKTVSGGVNL DNILITGTTN SVGINLNDVN
NFVLSNSTIT GCGSANGGNA NVGGIFALNL RGTSSITNTN VNDSWGRGFF GFNGQLSQNP
TLNLTVTGSQ FKNSFNKSNG DSNFIFQAKG TTNNTLVFKK NDFSNSKTTG LALNFSGSSV
NTVQIGGTNA STDANTINAA ASSPGSNGLS LQVTGNAAVN YNIINNTLKS SYNALYACSV
GNQGSGTIKG RINNNTIDGG GSTSSSNGIS VAAYGNAKHI TEIANNIITN AANYGIFSEA
NDNAVLSAGR IDASITNNNI SVANNAYTHI GVVAYADNAS STMISAAKVT GNIVNSASGL
AAGNFDVLSQ GPSCKVILQG NTAYVSGTGN RSAALTNFWN SNNPNTPTGA GLDEGGTGTI
ISGTVTIPDN ASASKMAIQK ETPQEEADPA AAVNNTVPDN AVTAKTVAAN AVNETLTAGP
FALAAGKSTV ITFSATINAA GTLPQNTCSV TNQAAVSGSN FTTVNSNITT TSIKPAIATV
TADTENIPCL GSTSVTLNAA CPLGTTATWY TAMNGGTSFA TGNSVSATPM ANNTTYCVAC
ETAYCASDRV LVKTVTGTPS TTSPPVTVTE CDSYTWSVNG TTYTSSGTYT AVVGCDTKTL
NLTITPSATS TPETITACDS YTWSANGTTY TTSGTYTAVV GCDTKTLNLT INPSTSSATE
TVSRCDSYTW PVNGTTYTAT GNYTHTIGCD TKTLALTITN STSSTQAETA CDSYTWPVNG
TTYTASGNYT YSLGCDTKTL ALTITNSTSS TQTETACDSY TWPVNGTTYT ASGNYSYSLG
CDTKTLALTI TNSTSSTQTE TACDSYTWPV NGTTYTASGN YSYSSGCDTK TLALTITNST
SSTQTETACD SYTWPVNGTT YTASGNYSYS LGCDIKTLAL TINNSSAIQK TVALNSGILT
SDHSGAIYQW YKCPNTLLAN ETSQSFTPSS VGDYKVEITV AGCTIVSDCI TVSTLGLYDF
KAADFKMYPV PSKGILNILT RYDGNYSIID AAGKIVKSIN LNADSLNTIH LENLSDGVFL
IKKTDGNSFK AQKFILKK
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