| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_2038 |
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| Symbol | |
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| ID | 5092052 |
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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 | 2394504 |
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| End bp | 2397644 |
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| Gene Length | 3141 bp |
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| Protein Length | 1046 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 644741463 |
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| Product | Beta-galactosidase |
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| Protein accession | YP_001194388 |
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| Protein GI | 146299797 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG3250] Beta-galactosidase/beta-glucuronidase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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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 CAGTATCCAT ATTAACCTTA TTACTTACTA CAGCATTATC TGTTAACGCA
CAGGAAAAAG TTCCGTTTTG GCAGAATGAG AAAATCAATG AAGATAATAG AGAGCCCATG
CACGCCGCCT ATTATGTTTT TGAAAATGAA ACATTAGCTG CTAAAAACGA ATGGAGACAA
TCTAAAAATT ACTTAGACAT TAACGGAGCC TGGAAATTTA AATATGTTGA AAATCCGGCT
GCGCTTCCAA AAGATTTTGA GAAAACCAAT TTTGACGATA AAAGCTGGGA TAATTTTAAA
ATTCCGGCAA GCTGGGATGT AAACGGATAT GGATATCCGG TTTATGTAAA TACAACTTAC
GATTTTGATT ATTTAATGGC GCCAAATCCG CCGTTTGTGC CAACAAAATA TAATCCTACA
GGAGTTTACA GACGAGAAAT CAACATTGAC AAATCGTGGG AAGGAAAAGA TATTTTTCTT
CATATTGGTA CAGCTAAATC AAATTTAACG GTATGGGTAA ATGGTATTTA TGTAGGTTAT
GGAGAAGATG GAAAATTACC ATCTGAATTC AAATTAAACA AATATGTAAA AACCGGAAAA
AATACAATTG CACTTCAGGT AATGAAATGG AATGACGGTT CGTATTTAGA ATGTCAGGAC
ATGTGGAGAA TGAGCGGTAT TACCCGTGAT TCTTATTTAG TTGCCAGAAA CAAAGCGCAT
TTAAATGACT TTGAAATTAT TCCGGATTTA GATGAAAATT ACGTAAACGG AAGTTTGAAA
ATCTCAACTC AATTTTCAAA TTTAAATACA AAAGACAGTT ACACTTTAGA CGTTCAATTA
AAAGACGGAG ACAAAGTTAT TACTTCAAAA GTTATTACAG CTTCAAACGA AAAACAAACG
TTTGATTTTA AAGTAGAAAA TCCAAAGAAA TGGAGTGCAG AGATTCCGAA TTTATATCAG
GTACGTTTTA TTCTAAAAGA TAAAAAAGGG AATATAATTG AAGTTATCAA TCACAACGTT
GGATTTAGAA AAGTAGAAAT TAAAGGCGGA CAGCTTTTAG TAAACGGAAA AGCGATTTAC
ATAAAAGGAG TAAACCGTCA TGAAGTAGAT CCAATTACAG GACAGACAAT TTCAAGAGAA
AGAATGGAAC AGGATATTAA ATTGATGAAA GAATTTAATA TCAATGCCGT GAGAATGTCG
CATTATCCAA ATGACGAATA TTTCTACGAA TTATGCGATA AATACGGAAT TTATGTGGTT
GATGAAGCCA ATATAGAATC GCACGGAATG GGTTATGATA TTACCAAAAC GCTTGGTAAT
AGACCAGACT GGGAACTGGC GCACATTGAG CGTATGCAGC GTATGATCGA AAGAGATAAA
AACCACACAT CAATCATTAT CTGGAGTATG GGTAACGAAG CCGGAAACGG TTACAACTTT
TACAGAGGAT ATTTGTGGAT TAAAAACCGT GATAAATCAA GACCAATTCA GTACGAAAGA
GCAACTGCGG GCGCTTGGGA CGGAAAAGAT TTAAAATTCG AATGGGATTC TGATATTATC
GACCCAATGT ACAGTTCTCC AAACAAAATG GAAGAATATA TTCTGGCAAA TCCAAACCCG
TCAAGACCTT ACATTCAGTG CGAATATGCG CATGCAATGG GAAATTCAAT GGGGAATTTT
AAAGATTACT GGGATGTAAT TCGTAAATAT CCAAACTTTC AGGGTGGTTT CATTTGGGAC
ATGATCGATC AGTCAGTTTA TAAAAAACTG GATAACGGAA CTACAATTTT AGCTTACGGA
GGAGATTTTG GACCTAAAGA CGTAAAAAGC GATAACAACT TTGTAAACAA CGGAGTTTTT
ACAGTAGACA GAAAACCAAA TCCTCATGCT TTTGAAGTAA AAAATGTGCA TCAAAATATT
CACACTTCTT GGGAAAATCA GGAAACTGCG ACTATAAAAG TATACAATGA ATTTTCATTT
AAAGACTTGA GCAATGTTAC TTTACATTGG GAATTGTTTT TAGACGGAGT TAAAGATGCA
ACAGGAATTA TCGATTATCT AGCGATTGAT CCAACGCAGT CAAAAACCTA TACACTGCCA
ATTAAATTAG GTGATAAAAA GTTTCAGGAA GCTTTTATCA ACATTAGTTA TCAGTTAAAA
CAAGAAGAAC CATTTTTACC AAAAGGATTC GAAATTGCAA CAGAACAACT GGCTTACAAA
GGAACGTGGA AAAATGATAT TAGTGTAAAA GGAGATGGAA AAATTACAGT TGAGAAAAAA
GTAAATGCAA CCGTTTTTAA AAGCGATAAA ACTGAAATTA CTTTCGACAA GAAAACCGGA
TTTATCAGCG GTTATTCATT CAATAATCAG CCGATAATAA AAGAAGGATA CCAATTACGC
CCGAATTTCT GGAGAGCACC AAATGATAAT GATTTTGGCG CTAATTTTCA GGTAAATTTA
AAAGCATGGA AAGATGCAAC AGAAAATCCA ACATTGGTAA ACTGGACATT TACGCCATCA
AAAGACAATA AAGTTGTAGT AAAAGCAACT TACAGCTTAC CGCAGGTTTC TTCGACTTTA
GAATTGAATT ATGAATTTAA CGGAAACGGA GAATTAGCGG TAAAAGAAGT TTTAAATATT
GATAAAAACA AAGAACAGCC TATCTTGCCA AGATTTGGAA TGGAAGTAAT TGTTCCTAGA
GATTTTAGCA ATATGACCTA TTACGGAAGA GGCCCTCACG AAAATTACAT TGACAGAAAT
TACAGTTCAA AAGTGGGATT GTATACACAA ACAGTTTCAG AGCAGTATTA TCCATACATC
CGTCCGCAGG AAACCGGAAA TAAAACCGAT GTGCGTTTCT TAGAATTATC AGGCGATAAA
TTAAAATTAA CCGTAACATC TGACGAATTA TTGGCCGTAA CTGCTTTACA TTTCTTAAAC
GAAGATTTAG ACGACGGACT GCAGAAAGAC CAAAGACACG CTGCCGAATT GAAAGAAAGA
GATTTAACAA GTTTAAAAAT CGATTCGAAA CAAATGGGAG TAGGAGGAAT AGACAGCTGG
CAGGCATGGC CAATGGAAAA ATATCTTTTG AGAGGAAAAA ATTATCAGTA TCAATTTAAA
ATAACACCAT CATTAAAATA A
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| Protein sequence | MKKTVSILTL LLTTALSVNA QEKVPFWQNE KINEDNREPM HAAYYVFENE TLAAKNEWRQ
SKNYLDINGA WKFKYVENPA ALPKDFEKTN FDDKSWDNFK IPASWDVNGY GYPVYVNTTY
DFDYLMAPNP PFVPTKYNPT GVYRREINID KSWEGKDIFL HIGTAKSNLT VWVNGIYVGY
GEDGKLPSEF KLNKYVKTGK NTIALQVMKW NDGSYLECQD MWRMSGITRD SYLVARNKAH
LNDFEIIPDL DENYVNGSLK ISTQFSNLNT KDSYTLDVQL KDGDKVITSK VITASNEKQT
FDFKVENPKK WSAEIPNLYQ VRFILKDKKG NIIEVINHNV GFRKVEIKGG QLLVNGKAIY
IKGVNRHEVD PITGQTISRE RMEQDIKLMK EFNINAVRMS HYPNDEYFYE LCDKYGIYVV
DEANIESHGM GYDITKTLGN RPDWELAHIE RMQRMIERDK NHTSIIIWSM GNEAGNGYNF
YRGYLWIKNR DKSRPIQYER ATAGAWDGKD LKFEWDSDII DPMYSSPNKM EEYILANPNP
SRPYIQCEYA HAMGNSMGNF KDYWDVIRKY PNFQGGFIWD MIDQSVYKKL DNGTTILAYG
GDFGPKDVKS DNNFVNNGVF TVDRKPNPHA FEVKNVHQNI HTSWENQETA TIKVYNEFSF
KDLSNVTLHW ELFLDGVKDA TGIIDYLAID PTQSKTYTLP IKLGDKKFQE AFINISYQLK
QEEPFLPKGF EIATEQLAYK GTWKNDISVK GDGKITVEKK VNATVFKSDK TEITFDKKTG
FISGYSFNNQ PIIKEGYQLR PNFWRAPNDN DFGANFQVNL KAWKDATENP TLVNWTFTPS
KDNKVVVKAT YSLPQVSSTL ELNYEFNGNG ELAVKEVLNI DKNKEQPILP RFGMEVIVPR
DFSNMTYYGR GPHENYIDRN YSSKVGLYTQ TVSEQYYPYI RPQETGNKTD VRFLELSGDK
LKLTVTSDEL LAVTALHFLN EDLDDGLQKD QRHAAELKER DLTSLKIDSK QMGVGGIDSW
QAWPMEKYLL RGKNYQYQFK ITPSLK
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