| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_4177 |
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| Symbol | |
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| ID | 5093807 |
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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 | 5013889 |
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| End bp | 5017887 |
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| Gene Length | 3999 bp |
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| Protein Length | 1332 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 644743596 |
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| Product | glycoside hydrolase family protein |
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| Protein accession | YP_001196504 |
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| Protein GI | 146301913 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG2273] Beta-glucanase/Beta-glucan synthetase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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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 | ATGGGTTTTA TTACGGTAAT AAACTTTACT AACAAAAAAC TAAAAAAAAT GAATCAAAAT
GACTCTTTTT TCGGCCGACC ACCGAAAAAC AATTTCTCTT ATTTCAAATT TTTGGCTGTG
GCAGTATTTG TATTGCTTCC GTTTTTAAAA GTTCAGGCAC AATGTAAAAC ATTAGTCTGG
TCTGATGAAT TTAACGGTAC TACAGTCGAC TTAACCAAAT GGCAGAGTAT TTCAGGAAAC
GGCTGTCCTT CGCTCTGCGG ATTCGGAAAT GCTGAGGCTC AGCGTTACGA TCCAAATCAG
GCCACAATTG TAAAAGAAGG AACGAACAGT TACCTAAACA TTGAGGCTAA ATACCAGCCC
AGCGGATCAT TTCCGGATCA GCCTTATGCT TCTTCAAAAT TAACTACAGA AGGAAAATAT
TCGCTTAAAT ACGGAAGGGT TGAAGCTCGT ATGAAATTAT CAAACGGACA AGGCGCCTGG
CCGGCATTCT GGATGCTTCC TGTTAATGGA AACTGGCCGT ATACGGGTGA AATTGATATC
ATGGAAGCCA AACACAGAAA CCCGCAGTCT GTAGATGGAA CTATTCATTA CGACGGAAAT
GGTTATCATT TTACTGGCAG AAGTTACAGT TCTCCAACAG ATTTATCTAC GGATTTTCAT
GTTTATGCTG TAGAATGGGG ACCAAATTTT ATTAAATGGT TTGTAGATGA TGTTTTGTTT
CATACCGCTA CTCCAAATAC GACAGTAAAT GGCGGATGGC CTTTTAACGA TAGTCAGTTT
TATATTATTT TGAATTTGGC TGTAGGAAGT GCAGGTACGC CTTACACAAG CGTTAATGGA
GCAGGAGTTC CTCCAGTTCC AGGCGATTTC CCTGCAAAAC TTCAGGTAGA TTACGTTCGT
GTTTATGACG GAAGTTACAA ATACGGCGTT GCCGGAGATG CAAAAGTATA TCAAAACGAA
ACAAGTAAAA CCTATTCAAT AAGCGCTATT GCAGGAGCGG CATATAATTG GACAGTTCCT
GCGGGAGCAT CCATAACTTC TGGACAGGGA ACTAATTCTA TAACGGTAAA TTGGGGAACA
GCAGGCGGCG ATGTTTCGGT AACTGCTACA ACTTCAGGCT GTACAGCTAA TACGTATAAA
CTGGCTGTAA CAACAGAACC TGCCATTCCT GTAGAAAAAA TACATGAAGA TTTTCAAAGC
AATAGAAATG TATTGTATCC TGTAAAAACC GGAGTTTTGA CAGAAGCTGT TGCGAATCCT
TCTGCAACAG GAATTAATAC ATCGGCTTTG GTAGGAAGAT ATGTTCGTAA TTCTAGCGAA
TTGTATGATG TTTTGAATAT TAGAAACGTA ACGATCACAA ACGCGAACGA TTATGTTTAC
GGAAGAAAAA GACTTTCTTT TGATATCTAT ACTTCGGCGC CTGTTGGAAC TAAAATTTCG
ATGCAGTTAG AAAACAGCAA TGTAACAACA GCAACGAACT ATCCATCAGG TAGACATAGT
GGTTTTAAAG CGACAACAAC GGTTCAGAAT AAATGGGAAA CCATAGAATT TGAATTCGAA
AAAATCATTG ATCCAAATAC AAGTGCTTTG ACAATCAATA ATGTTGTACT GCTTTTTGAA
TCCAATTCAA ACTCAGGAGC AACCTATTAT TTCGATAATT TATTGACAAA AGCGGCACCA
GAAAAACCAA TTGTTGCCAC AGATGTTTTG CAGAACTATG ACGGGATCAA TAAAATTATA
AAAGGAACTA CAACGGGAAC TTATTCTGTT GTAGCAAATC CGGGTTCAAA TTCAGTTAAC
TCGTCGGCAA ACGTGGCGAA ATACGTTCGA AATGTAACAG AGCAGTACGA TGTACTTTTC
TTTAATACAC AAACTTCTAT TGAAGATGCC GGTTTATTCA AAAACCAAAC CAATAAAATC
CTGATTGATG TTTATACAAC AGCTCCGGTT GGAACGGTTG TAAGCATGAA TTTTGAAAAC
AGCGCAGCTT CGCTTCCTGC AAATTATCCA ACAGGAAGAA ATAGTAATTA TGTAGCTATT
ACAACGAAAC AGAATCAATG GGAAACCTTG ACTTTTTATT ACAATTCTAG TCCGGATGCA
GGAACTTCAA ATTTAGCAGT TAACCAAATG GTTTTATTGT TTAATTCAGG TTCTTATACA
AACGATACAT ATTATTTTGA TAATATCAGA ATTGCATCAA CAAAACTGCC GGATACTTTT
ACGCCGGGCG TTGTTTACGA AGATTACCAA AACACACACA ACATTACTTT TAGAGATGCT
ATTGGAACAT ACACTGCAAA TGTGGCTAAT CCAAGTGCAG GCGGTATTAA CACGTCATCA
AACGTTGGAA GATATGTTCG TAAGTCAACA GAATTGTATG ATAATTTCTC ATTCAATACG
ACTTTAAACA ACATTGGTGA TTTCAAAGCC GGAACTAAAA AGTTTGCTAT GGATGTCTAT
ACATCAGCTC CGGTTGGATC AATTATTTCA TGGCAGGCAG AAAGCAGTGC TTCAATCCCG
TCTAATTATC CAGTAGGGAG ACATAGTATT TATCAGGGAG TTGTAAAACA AACTAATACT
TGGCACACGA TTACGTTTAC GTATGTAAGC ACGCCGGATG CTTCGACAGC AGATAATGAT
GTAAACCGTT TTGTTTTCTT GTTTGAGCCG GGAACCAATT CTGGAAACAC TTATTATTTT
GATAATTTAA GAGCTTTAAA TTTAGTTTCT ACAGAAACTC CGGCAGGATT GCCTTCTCCT
TGGATCAGTA CAGATTTAGG AGCGGTAACA CCAGCCGGAG AAGCGACGCA TTCTAATGGA
ACTTTTACAA TTAAAGGTTC AGGAACAGAT ATTTGGGAAA CCAGCGATCA GTTTCAATAT
GTAAATCAGC CAATTACTGG TGATGCTGAA ATTATTGCCA AAGTAAATTC GCTTACCAAT
ACAAATACGT ATGCAAAAGC GGGAGTAATG TTTCGTGAAA CACTTACACC AACTTCTAAG
CACGTAATGA CCGATGCAAG CGCAGCTGCA GGAATTGAGT TTTTATCTCG TAACACAACT
TCGGGAGTAA CTACAGCTGA GGTAGTAACC GGAGCAGCTC CAAAATGGGT TCGTTTGGTA
AGATCTGGCA ATACATTTAC ATCTTATTCA TCTGATAACG GAACTACCTG GACACAGGTT
GGCACGCCAA AAACAATTAC AATGGCAAAT ACCATTTATG CAGGAATGGC GGTTACGTCT
CATGCAAATG GAACTTTAGC AACTGGAGTT TTCAGTGATG TAATTGTTCG AAATATTACT
TCAAACCCAA ATGTTAATTT AGCTTTAGGA AAAACAGCAA CGGCTTCTAC AGAAGAAAAT
CCAACATTGT CTGCCGGTAA AGCTACAGAC GGTGACGGAA CAGTATCAAG ATGGGCAAGC
TCATTTGCCA ATGCTACAGA ATGGATTTAT GTAGATTTAG GAAGTAATTA CAACCTTAAT
CGTGTAGTAT TAAAATGGGA AGCGGCTTAT GCAGCGCAAT ATAAAGTACA GCTTTCTACA
GATAATGTTT TCACAGAAAA TGAAACTATA AACACGCAGA CAGCCAGCGA TGGAGGAACA
GATGATTTAA CAGTAAGCGG AACAGGAAGA TACCTTCGTA TTTTATGTAC AACAAAAGCT
CTGGCTCCTT ACGGTTATTC ATTATATGAA ATCGAAGCAT ACGGATCGGC TTCAACGGCT
AAAAAAGCAA ATATTGTCGA AGAAACTCAG GCAGAAAATA CCGCTTTTGC TGTGTATCCA
AATCCTGCGG GTAATTATAT TCAGGTTTCA CTTCCTGAAA ATTTAAACAA TAAAATTATA
ACAATTTACG ACAATTCAGG AACGCTGATG CTTCAAAATA AACCTGAAGC CAATGCCAGT
GAAAGTGTAA TTGATTTAAG CAGACTGACA AAAGGAATTT ACATTTTGAA TTTCAAATCA
GATCAAAAAA GCTGGACCAA AAAACTGATC AAGCAATAA
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| Protein sequence | MGFITVINFT NKKLKKMNQN DSFFGRPPKN NFSYFKFLAV AVFVLLPFLK VQAQCKTLVW
SDEFNGTTVD LTKWQSISGN GCPSLCGFGN AEAQRYDPNQ ATIVKEGTNS YLNIEAKYQP
SGSFPDQPYA SSKLTTEGKY SLKYGRVEAR MKLSNGQGAW PAFWMLPVNG NWPYTGEIDI
MEAKHRNPQS VDGTIHYDGN GYHFTGRSYS SPTDLSTDFH VYAVEWGPNF IKWFVDDVLF
HTATPNTTVN GGWPFNDSQF YIILNLAVGS AGTPYTSVNG AGVPPVPGDF PAKLQVDYVR
VYDGSYKYGV AGDAKVYQNE TSKTYSISAI AGAAYNWTVP AGASITSGQG TNSITVNWGT
AGGDVSVTAT TSGCTANTYK LAVTTEPAIP VEKIHEDFQS NRNVLYPVKT GVLTEAVANP
SATGINTSAL VGRYVRNSSE LYDVLNIRNV TITNANDYVY GRKRLSFDIY TSAPVGTKIS
MQLENSNVTT ATNYPSGRHS GFKATTTVQN KWETIEFEFE KIIDPNTSAL TINNVVLLFE
SNSNSGATYY FDNLLTKAAP EKPIVATDVL QNYDGINKII KGTTTGTYSV VANPGSNSVN
SSANVAKYVR NVTEQYDVLF FNTQTSIEDA GLFKNQTNKI LIDVYTTAPV GTVVSMNFEN
SAASLPANYP TGRNSNYVAI TTKQNQWETL TFYYNSSPDA GTSNLAVNQM VLLFNSGSYT
NDTYYFDNIR IASTKLPDTF TPGVVYEDYQ NTHNITFRDA IGTYTANVAN PSAGGINTSS
NVGRYVRKST ELYDNFSFNT TLNNIGDFKA GTKKFAMDVY TSAPVGSIIS WQAESSASIP
SNYPVGRHSI YQGVVKQTNT WHTITFTYVS TPDASTADND VNRFVFLFEP GTNSGNTYYF
DNLRALNLVS TETPAGLPSP WISTDLGAVT PAGEATHSNG TFTIKGSGTD IWETSDQFQY
VNQPITGDAE IIAKVNSLTN TNTYAKAGVM FRETLTPTSK HVMTDASAAA GIEFLSRNTT
SGVTTAEVVT GAAPKWVRLV RSGNTFTSYS SDNGTTWTQV GTPKTITMAN TIYAGMAVTS
HANGTLATGV FSDVIVRNIT SNPNVNLALG KTATASTEEN PTLSAGKATD GDGTVSRWAS
SFANATEWIY VDLGSNYNLN RVVLKWEAAY AAQYKVQLST DNVFTENETI NTQTASDGGT
DDLTVSGTGR YLRILCTTKA LAPYGYSLYE IEAYGSASTA KKANIVEETQ AENTAFAVYP
NPAGNYIQVS LPENLNNKII TIYDNSGTLM LQNKPEANAS ESVIDLSRLT KGIYILNFKS
DQKSWTKKLI KQ
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