| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_0808 |
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| Symbol | |
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| ID | 5091997 |
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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 | 912495 |
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| End bp | 916805 |
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| Gene Length | 4311 bp |
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| Protein Length | 1436 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 644740208 |
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| Product | D-galactoside/L-rhamnose binding SUEL lectin |
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| Protein accession | YP_001193161 |
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| Protein GI | 146298570 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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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 | ATGATTAGAA AACTACTCTT ACTCATTATT TTATTTATAC AATACCTAAG TTTTGGACAA
TCTGCGAATA ATTATTGTTT TAGTTCTTCC ACAAGTACAT ATAGCAATTT AACTGGCGCA
ACAGCTTTTC CTGGAATGCC AACTAATGGC AATAATGATG ATGTTATTTC TTCTTTTTCT
ACCTTGCCAT TTACATTTAA TTTCGCAGGA ATAAATTATA CTCAGATCAA AATTAGTGAG
AATGGCTGGT TATCTTTTGC TAATGTTAAC AATGCATATT TCGATAATTC TGCCGCAAAT
GCTAATAATG CAAAGCCAAT TTTATTTCCA TTTTGGGATG ATATGGTTTA TAGTTCTGTA
CCTAGATATC GCATTGATAC AGTTTCTGGA AGCCGAATTC TAAAAATTGA ATGGATTCAA
CAATATTTTT ATAATGGAAA TAATGGAAAT GCAATTTCGT TTCAAGTGTG GCTATATGAA
GGATCAAATA AAATTGAATA TAGATATAGT CGTGGAAACA ACAATTCAGG AAATATAAGT
GCCTCAATTG GTATTTATGA TGCAAATGGG AACTACATTA CTTTAAATGA TTCTGGTTCA
AATCCGACTG GTCAAGTCGA TACTTTCACT ACTAGTATTA ACGCAAGACC TGCTACTAAT
CAAGTATATA CTTTCACACC TCCTCCAGCA CAACCAACTC CTACTCAAGC AGGATCTTTG
TACACTTTTT GTATTGACAA CAGCAATACA CAAACCAATA CTGTTAGTAA TGGTCAATAT
TCATTAGTGA ATGTTATTCA GGGATATAAT TACACCTTTT CTGTAGACAA TATATTTGCA
GGAGCAGAGA ATTTAACATT ATTAGACAAC TCAAATAACA ATTTAAGCCC TAGTGTTGTA
TCATCCGGAA CTAGTGGTGC AACAGTTACC TGGACAGCTA CTTTCTCAGG ACAAGTACGG
GTACTTTTAA CAGGTAATTG TGGAGAGACA AATAGCGGTA CAATGACTCT AAGATTAAAC
TCTGCCGCCA ATACACTTGA CAGCCAAACA ACGGCAGGAG CAAATAACAC CTGGATAGGC
CATGTATATA ATTCTGTAGG AGCCGCTCCT TCACCATTTA CAAATGCAAA TTATGCAGGT
TATTATACGA TAGGAACTGA AAACTTTGAT ACAGACTTTG GCGGTGACTA CACTTGTTTT
CCTGTATTTT CAAATGGAGT ACAAAGAGCT TCGATGTATA CAGAAGGGTT TGCTGTAAGA
TACCGCATGC AGTCAACAAG ACCTGCAGGA TGTTATTTAA TTCGAATAAT AGGAGATGAC
GGAGTAAGAT TATCTATAAA TAATGGCGGG TATATTTTAG ACAGATGGGT AGAACAAGGC
GCTACTACAT ACAGCAACAT TTTGGTAAAT GTTCCTGCAA ATCCAATTTT CACATTAGAA
TACTATGAAA ATGCAGGTGC CAACAGAGTT GCTTTTAACA TAACACCATT TGACGCTGCA
TTGAATACCA TCACAGCTCC AGCTACAGTA AATTTCTGCA ATGGAGGAGA TCCGGCAGTT
ATTGACGGCT CACTTCAATA TAACAGTGCC GATCCTAATG CAGCAAATCC ATATATCAAC
TTTCAATGGC AGATACAGAC TGATGGCGGC GGATTCTCTA ATATTCCAGG AGCGACAGGA
AGAACATACG ATCCTCCTGC AATGGCTGCG AACGGCACGG CAAATGATAT TGTATACCAA
TATCGACGTT TGGCTACCAG CAATGTAGCA GGAACCGGAA CTGCTTGTGA TTTTACAGCA
AGTACTCCCG TTACCATTAC AAACAGTCCA ACAAGTGTTG GCGGAACTGC TTCTGCAAAC
CAATCGATTT GTTACGGAAC TCAGCCTGCT AATATTACAT TAAGCGGCTA TAGAGGTAAT
ATACAATGGC AGGCATCTAT AGATAATACA AATTTCAACA ATATTGACGG AGCAACAACA
GCCGTCTTAG CTGGTTCTCA AATAGGTACT TTAACAAAAA CTACTTATTA CAGAGCAACA
ACAAGTGGAA CGTGCAATAC AGCAACTTCT ACAGTAGTTA CAATCACTGT TAGAGCAGGT
AATAATATTA TTAGTTATAG TAACGGAACT TCTGGAACTG TTTGTATGCA GCCTGTAGAA
AATGCAGTAG GAAGCCTGAC TGCACCAGCT GGAACTTATT TTAACAATGT AAGTTTTGCC
AGTTATGGAA CACCAACAGG AACAGCTTGT GGTTCATTTG TAATAAATCC TTTCTGCCAC
GCGGCAACTA GTCAATCAGT AGTTGAAAGT GCGCTTTTAG GTAATAGCAA TACAATTTTA
ATTGCTGCTA CAAATGGTAA CTTTACAGAT CCTTGTGTAG GAACAACTAA AAGATTATAT
ATTACTGCAT CTTATTCTCA ATCTATATGT GCAGGAAATT TACCTGGAAC AATTACCGGA
TCTATTCCAA CAGGTAATGA TACTTACACT TATTTATGGG AAAGCAGTAC AACCAGCAAT
ACAACTGGTT TCTCTGCTGC ATCAGGAACA AATAATGGAC AAAATTATAC TCCTGGAACT
TTAACACAAG ACACTTGGTT TAGAAGAACT GCTTACGACG GCGCTTGTTC TTCTGTATCT
GCAGTTGTTT TAGTAAAAGT AATTGCAAAA GTATGGAATG GAAATACAAA TACTGACTGG
AATACAGCGT CTAACTGGAC ACCAAACGGC GTACCAACTG CATCTGACTG TGTTGTAATA
CCAAATACAA CTAATAAACC AATTATTAAC GGAACTAATA CTAATTCATA CGCCAATACT
CTTTCTGTAA ATAATTTAGG AGCTTTAACT GTAAACAGCA CAAACACCCT TAACATAACT
AATACAATAG CAGTAAATAC TACGGGTTCA TTAACTTTCA ACAATAATTC TAGTTTATTA
CAAACTAATA CCGGAACAAA TATCAATTCA GGAAACATTA CTTACAGAAG AGATACCCAG
CCGGTACGTC GTTACGATTT TACCTATTGG TCAACACCTG TAACTTCGAC TCCTGCTTTT
ACACTGGCCA ATCTTTCGCC GGCAACACTT TTAGATAAAT ATTACAGCTA CGATCCTGCT
GCAGGATGGA TAATAAGTTT TAATGGAATA TTGCCAATGG CCAAAGGAAG CGGATACATC
GTTAGATCTC CGCAGACTTT TGATATTACC ATCCCGGCAG TCTATCCGGC ATCATTTGTT
GGAGTTCCAA ATAACGGAAA TGTTACAGTT AATGTAGTTC CAAACAGTTT TAATTTAATA
GGGAATCCCT ATCCTTCTGC CGTAAATGCT TTTCAGCTTT TGTCAGCAAA CAGCACTATA
GGATCATTAT ATTTCTGGAT GCATAATGCT CCTCCAAGCG ATGCTGTTTC AGGAGATGCT
ACATACAATT ACGCAAGCAG TGATTATGCG GTTTTCAATT CATCAGGAGG TGTTACAACT
TCAAATGCTG CTCAGACTCC GGCTGGATAC ATTGCAGCGG GACAGGCTTT CTTTACCAAC
AATGGAGCAG GAAACAGTAT TTTGTTTACA AACAACATGA GAGCTTCAGG CAATAACAGC
CAGTTTTATA AAACAACAGG AACAGATAAT ATCGAAAGAA ACCGTATCTG GCTGAATTTT
GCCAATAAAG AAGGAGCTTT CAAACAGCTC TTAGTAGGAT ATATTGATGG CGCAACAAAC
AATTGGGACA TCCAATATGA TGCAGAAACT ATGGATGCAA ACACCTATAC AGATTTTTAC
AGCATTAACC AAAATATGTC TTTAACCATT CAGGGACGAG GACTGCCTTT TGAGAACAGT
GATGTAATTC CGTTAGGATA CAAAACAACA ATTGCAGGAG ATTTTACAAT TTCAATTGAT
CATGTTGACG GATTATTTGA TAAACAGAAT GTATATCTGG AAGACAAAAC AACAGGAACT
GTTTCAGATT TAAAAGCTCA GGACTATACT TTTAAAACAG AAGCGGGAAC TTTTACAGAT
CGTTTTGCAC TTCGTTACAC TAATAAAACA TTAGGAACTG GTGATTTTGA GAATGTAAAA
GACGGACTTT TAATTTCTGT AAAAGATAAA ACTATCAAAG TTACTTCTGC AAAAGAAAAT
ATTAAAGAAG TAAACATTTT CGATATTACA GGAAAACTGA TTTACAATAA AAAGAAAGTC
GGAAATACTG AATTATCAAT CTCAAACCTT CAGTCAGCCG ATCAGGTGCT GCTTGTAAAA
GTTAATCTTG AAAACAATGC CCAGATAACC AGAAAAGTGA TCTTTAAATA G
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| Protein sequence | MIRKLLLLII LFIQYLSFGQ SANNYCFSSS TSTYSNLTGA TAFPGMPTNG NNDDVISSFS
TLPFTFNFAG INYTQIKISE NGWLSFANVN NAYFDNSAAN ANNAKPILFP FWDDMVYSSV
PRYRIDTVSG SRILKIEWIQ QYFYNGNNGN AISFQVWLYE GSNKIEYRYS RGNNNSGNIS
ASIGIYDANG NYITLNDSGS NPTGQVDTFT TSINARPATN QVYTFTPPPA QPTPTQAGSL
YTFCIDNSNT QTNTVSNGQY SLVNVIQGYN YTFSVDNIFA GAENLTLLDN SNNNLSPSVV
SSGTSGATVT WTATFSGQVR VLLTGNCGET NSGTMTLRLN SAANTLDSQT TAGANNTWIG
HVYNSVGAAP SPFTNANYAG YYTIGTENFD TDFGGDYTCF PVFSNGVQRA SMYTEGFAVR
YRMQSTRPAG CYLIRIIGDD GVRLSINNGG YILDRWVEQG ATTYSNILVN VPANPIFTLE
YYENAGANRV AFNITPFDAA LNTITAPATV NFCNGGDPAV IDGSLQYNSA DPNAANPYIN
FQWQIQTDGG GFSNIPGATG RTYDPPAMAA NGTANDIVYQ YRRLATSNVA GTGTACDFTA
STPVTITNSP TSVGGTASAN QSICYGTQPA NITLSGYRGN IQWQASIDNT NFNNIDGATT
AVLAGSQIGT LTKTTYYRAT TSGTCNTATS TVVTITVRAG NNIISYSNGT SGTVCMQPVE
NAVGSLTAPA GTYFNNVSFA SYGTPTGTAC GSFVINPFCH AATSQSVVES ALLGNSNTIL
IAATNGNFTD PCVGTTKRLY ITASYSQSIC AGNLPGTITG SIPTGNDTYT YLWESSTTSN
TTGFSAASGT NNGQNYTPGT LTQDTWFRRT AYDGACSSVS AVVLVKVIAK VWNGNTNTDW
NTASNWTPNG VPTASDCVVI PNTTNKPIIN GTNTNSYANT LSVNNLGALT VNSTNTLNIT
NTIAVNTTGS LTFNNNSSLL QTNTGTNINS GNITYRRDTQ PVRRYDFTYW STPVTSTPAF
TLANLSPATL LDKYYSYDPA AGWIISFNGI LPMAKGSGYI VRSPQTFDIT IPAVYPASFV
GVPNNGNVTV NVVPNSFNLI GNPYPSAVNA FQLLSANSTI GSLYFWMHNA PPSDAVSGDA
TYNYASSDYA VFNSSGGVTT SNAAQTPAGY IAAGQAFFTN NGAGNSILFT NNMRASGNNS
QFYKTTGTDN IERNRIWLNF ANKEGAFKQL LVGYIDGATN NWDIQYDAET MDANTYTDFY
SINQNMSLTI QGRGLPFENS DVIPLGYKTT IAGDFTISID HVDGLFDKQN VYLEDKTTGT
VSDLKAQDYT FKTEAGTFTD RFALRYTNKT LGTGDFENVK DGLLISVKDK TIKVTSAKEN
IKEVNIFDIT GKLIYNKKKV GNTELSISNL QSADQVLLVK VNLENNAQIT RKVIFK
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