| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCAH187_A2112 |
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| Symbol | |
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| ID | 7078313 |
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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 | Bacillus cereus AH187 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011658 |
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| Strand | + |
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| Start bp | 1973166 |
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| End bp | 1977542 |
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| Gene Length | 4377 bp |
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| Protein Length | 1458 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 643450570 |
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| Product | endo-alpha-N-acetylgalactosaminidase |
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| Protein accession | YP_002338065 |
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| Protein GI | 217959513 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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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 | TTGGAAAATA AGCATTTCAA GAGAGTTTTT AATACCCTTC TTGCATGTAT GTTGATTGTG
CCAACACTTT TAGCAAGCAT GATTGTGCCG CGGCATGTAG GGGCAAATAC GTCTAATCCA
TGGGTTACAA TTTCATCTGT TGGAAACGAA ATCAATGCAT TAATAGAACA AAATGGTAAG
TCATATGCAA GGCTTGGAGC AGGTGCTGGC AACGATAATG GGGCTAAAGC TGCAGTTTTT
CAAGAGCAGA ATAAAGTCGC TAAAGAATCA GGAACGATGG AATATAGTTT TATTCCAGAA
ACAAAGGGAC AAGATACTAG ATTCGGTTTC TATCCTCATT ATATTGACAA TAATAATTTC
GTTTTTGTAG GCTACGACTC ACTTGGATGG TTCTACGAAT ACAAATATCA AGGGAAAGGT
GAATGGCTAA AAACTAGACC TAATGTTCCA CTTCCAGAGG CTGGAACTTC GCACTCTATT
AAAATTGATT ATAATAAAAC CACTTTGAAT ATTACGTTAG ATGGAAAAGA TTTATTTGGA
CCGGTTACCT TATCTAATGA TGTAAATAAC CTTCTTACAG GTAAGGAAGC GATTAAACTT
GGGGCTTATG GAGATAAAAA TAGTCAAGTA CTCATTGAAT TAGGAAAGGC GCCTGGGGAT
GGAGGCACAG ATCCAGGAAA TGAAAAACTT GTCGACATTA CGGATAATAA ATTGGAAGAA
GGTGATTTGA AAATTATCTC AGGTGACGGA AAAGTTACCT ATAATGAAGA TGGTTCAGCC
ACTTTCGGTG TTACATCTAC CCAAAAGAAT CGAATTGTCT ACAACCAAAT GAAGGCGATT
AAAAATGGTG TTTTTGAAGC GGATGTTACT ACTAATACTG ATAAGATGAA TCGTTTTGGA
TTTATCTATC GTGTTCAAAA TTCATCTACA TACACATATG TAGGAACAGG GGATACGAAC
GATCAGTATT TTGGAGAAAC TTTTGGCCCT ATAAACAATT GGACGTCGAT GACTTCAAAC
GTGCCGTTAA AAGCAAAACA AACATACCAT TTACGTTTAG TATTCATGGA CGATGTTGCG
ACGTTATACA TTGATGATAA AAAGGTAGAT TCTTGGACTT TAACAGGTGG TGTAGATCAA
GCTGGCTTAC TAGGATTTGA AAAAAGCCGA GGTGCTGCCG ATATTACGAT TTCAAATGTC
AAAATAAAGG AATATAGTGC ACCAAAGCCT CCAGATACTC AACCAGTAGA AAATATAATA
AAGTCAAAGT ATATGGACGT CACAATTGAC CAAGTATTCC CGCGGATTGT GAAATACAAA
GTGGGCGATA AAGTAATGAG CGGACAGGAA GCTCCTGTTT ACGGATTGAA AGTAAATGGT
GGACTATACT ATCCTAAAGT AAAATTTGAA AAGTTAAACG ATAGTGAAGC ACTATATACA
TTAAAAGTTG TAGATGAAAT GAAAAACCTT GATGCGGTAT TTAAGGTATC TGTAAAGGTG
AATGATAATA AGGTTGTTTA TAGCTTCGAT GAAATTAAGA ATAATGGTAG TGCCAAAATC
GAGACGGTTG AGTTTGCTGA TATGAACTTT ATATCGGTAA ATTCGGAACA AAAAGGTGCA
AAAGCTAAAT TAACGAATAT TAGTACAGAT GTTAGGAAAA CAGGTGATGT AGATGTAAGC
GTAGATTCTT CTATGGGAGA AATAGGTACA TCTACTAAAA ATTATACAGC ATTCTTGTCA
GCTGACGAAT TGAGCGCAGG TGTATGGTCT AGTTCAGAAG TGGACGGCTA TAAAAATTTA
GTTGCAAATC GATATGTAAA TAAAAATGGT GCTAAAGCAA TGGGAATCGG TTCTAGTGCA
CTTTATTATC AAAGAGATTT TATGCCAGAA CCACAAAAAG ATAAACCAAC TATTAAAATA
GCTATTGCTA AAGATTTGAA TAATGATAAT AAGGCAGACT GGCAAGATGC GGCGATTGCA
TACCGTGATA TTATGCAAGA CATTAAAGGA TACCAAGATG TAAACAATAA TGTTGGAATG
CGTATTGCAA TGAATTTCGG CTCACAAGCG CAACAACCAT TCTTAAAAAC ATCCGATAAT
GTGAAAAAGG TTGCTCTTGC TACAGATGAA TTGGGGCAAG CGGTCATATT AAAAGGATAT
GCAAACGAAG GGCATGATAG TGGTCATCCA GATTATGGTG ATGTGGGCGA ACGTATGGGA
GGCGTTAAAG ATTTAAATAC GCTTATTAAA GAGGGACATA AGTATAATAC CCAATTCGGT
GTCCATATAA ATGCTCAAGA AACTTATCCA GAAGCGAAAG CTTTCAATAA TGATTTTATT
GATCGTCCAA GTTCATTAGG ATGGGGATGG TTAGATCAAT CTTATACAAT TAATAAATTA
AAAGATTTGT ATTCTGGATC GCGTGCGAAG AGACTAGATG AATTGAAAAC GACTGTTCCT
GATCTTGACT TTATTTATTT AGATGTATGG TATCAAAATC AATGGGAATC AAATAGAATA
GCAGATCAAT TTAAAGATAG AGGTTGGAGA TTAACAACGG AATTTGGTGG TTCTATGGCC
AATTACTCAA CGTGGCAACA TTGGGCTACT GATAAAAACT ACGGTGGACC GGAAAGTAAA
GGGATTAACT CAGAAGTACT GCGTTTTATT AGTAATCACC AAAGAGATTC TTGGGTGTTG
AATTGGCCTG AAGTAGGTGG AACTGCTGAC CATCCATTAC TTGGTGGATT TGAATTAGCT
GGTTTCGAAG GATGGCAATC TGATAAGAAT TTCGATAACT TTATTCGTAT GACATTTGAT
ACGAATTTAC CTACTAAATT CCTACAAAAA TATTATATAA CGAACTGGAC AAATGTAGAA
GGGGATAAGA GCAAGACGAA CTTAGAAAAG GAAATAAAAT TGAAGGACCC AAGCAATGGG
GATGTTGTCG ATGTAACTAG AAAAGACAAT GCTAGAGAAC GTGTTATTAA GCTAAATGGA
AATGTTATAC TTGATGGCCA TGCGTATTTA ATTCCTTGGG TGAAACAAGA CTTTAAAAAT
CCAACTGCTG ATTCAGAAAA ATTATATCAC TGGAATTTGG AAGGTGGTAC AACGACTTGG
ACACTTCCAG ATGAATATAA AAATGCCACT ACTGTTTATG TATACAAATT GACAGATCAA
GGTAGAACAG ATGTGAAAGA AGTAAAGGTC GTAAATAATA AGATAACTTT GACAGCAAGT
GCCGCAACTC CTTATGTTGT CGTACCAAAA AGAGATAAGG GTTTGGAAAT CTTTGACTAC
AATTGGGGCA AGGATGCTCA TATATATGAT GGGGGATTCA ATACAGGAAA AGTAAGCGCA
TATACAACTA TTGAGGGTGA TAATAAAGCA GTAAGCGTCA TCAGAACGAA TCAAACTGGA
AACAATCGTA ATGTAAGTAG TGGAGATTAC TACTTAAACA TTGATAGTCC ATCAAAAGAT
ACAACTGTTT CCCGTGTCCT TACTGGTTTG GAATCAGGTA AAAATTACGT AGCAGAGGTA
TATGTTGAAA ACAATAGTGA TGTAAAGGCC GGAATTACAG TAACAGGTGG GAAAGAAGAT
GCTAGCAATT ACACACTTCG CAGCCTGCAA AAGAACTATG TTAAGGCAGA TTCACATGCC
ACAAATGATG GATACAACAG CAAAATGCAA ATCATGCAAG TGAGCTTTAC AGCTGTATCT
AATAGGGCTA AATTAACTCT AAGCCGTGAT TCTGGGAAAG GGAACACAAA ATTTGATGAC
ATTCGAATCG TTCAAAAGTC TTTAAAAAAT AATGTCTCAC CGACGGAATT TAAACAAGAT
TTTGAATCGG TAGTACAAGG TATTTATCCG TTTGTTATTG GTAATACAGA AGGTGTAGAA
GACAACAGAA TTCATTTGTC TGAATTGCAT GCTCCATATA CGCAAAAAGG ATGGGCAGGT
AAAAAATTAG TCGATGATGT ATTAGGTGGG AATTGGTCCG TTAAAGTGAA CACCGGAAAT
AAAGGTTTGC TGTACCGTAC TATTCCTCAA AATTATCGTT TCGAACCAGG CGTAACTTAT
AAAGTATCAT TTGACTACCA AACAACAGCA AATGCATTCC GCTTTATTTC AGGGGATCAA
GAAATTGATG TTCGAGACAT TGCGAGTGCA AAGGGATTGA GTGTGAATAA CACTCTTACT
GCATCTACTG ACACAAAAAC AGCAGAGTTT ACTGTGACAG GTTCTGAGAA CGGTCAAACT
TACGTTGGAA TTTTCAGTGA TGGAACGAAT TTAAATGGAG ATACCGGAGC AGGTACGTTT
ATTTTAGATA ATTTACGTAT TGAAAAGGTG ACTACAGGGG GAGAGACACA GAGGTAA
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| Protein sequence | MENKHFKRVF NTLLACMLIV PTLLASMIVP RHVGANTSNP WVTISSVGNE INALIEQNGK
SYARLGAGAG NDNGAKAAVF QEQNKVAKES GTMEYSFIPE TKGQDTRFGF YPHYIDNNNF
VFVGYDSLGW FYEYKYQGKG EWLKTRPNVP LPEAGTSHSI KIDYNKTTLN ITLDGKDLFG
PVTLSNDVNN LLTGKEAIKL GAYGDKNSQV LIELGKAPGD GGTDPGNEKL VDITDNKLEE
GDLKIISGDG KVTYNEDGSA TFGVTSTQKN RIVYNQMKAI KNGVFEADVT TNTDKMNRFG
FIYRVQNSST YTYVGTGDTN DQYFGETFGP INNWTSMTSN VPLKAKQTYH LRLVFMDDVA
TLYIDDKKVD SWTLTGGVDQ AGLLGFEKSR GAADITISNV KIKEYSAPKP PDTQPVENII
KSKYMDVTID QVFPRIVKYK VGDKVMSGQE APVYGLKVNG GLYYPKVKFE KLNDSEALYT
LKVVDEMKNL DAVFKVSVKV NDNKVVYSFD EIKNNGSAKI ETVEFADMNF ISVNSEQKGA
KAKLTNISTD VRKTGDVDVS VDSSMGEIGT STKNYTAFLS ADELSAGVWS SSEVDGYKNL
VANRYVNKNG AKAMGIGSSA LYYQRDFMPE PQKDKPTIKI AIAKDLNNDN KADWQDAAIA
YRDIMQDIKG YQDVNNNVGM RIAMNFGSQA QQPFLKTSDN VKKVALATDE LGQAVILKGY
ANEGHDSGHP DYGDVGERMG GVKDLNTLIK EGHKYNTQFG VHINAQETYP EAKAFNNDFI
DRPSSLGWGW LDQSYTINKL KDLYSGSRAK RLDELKTTVP DLDFIYLDVW YQNQWESNRI
ADQFKDRGWR LTTEFGGSMA NYSTWQHWAT DKNYGGPESK GINSEVLRFI SNHQRDSWVL
NWPEVGGTAD HPLLGGFELA GFEGWQSDKN FDNFIRMTFD TNLPTKFLQK YYITNWTNVE
GDKSKTNLEK EIKLKDPSNG DVVDVTRKDN ARERVIKLNG NVILDGHAYL IPWVKQDFKN
PTADSEKLYH WNLEGGTTTW TLPDEYKNAT TVYVYKLTDQ GRTDVKEVKV VNNKITLTAS
AATPYVVVPK RDKGLEIFDY NWGKDAHIYD GGFNTGKVSA YTTIEGDNKA VSVIRTNQTG
NNRNVSSGDY YLNIDSPSKD TTVSRVLTGL ESGKNYVAEV YVENNSDVKA GITVTGGKED
ASNYTLRSLQ KNYVKADSHA TNDGYNSKMQ IMQVSFTAVS NRAKLTLSRD SGKGNTKFDD
IRIVQKSLKN NVSPTEFKQD FESVVQGIYP FVIGNTEGVE DNRIHLSELH APYTQKGWAG
KKLVDDVLGG NWSVKVNTGN KGLLYRTIPQ NYRFEPGVTY KVSFDYQTTA NAFRFISGDQ
EIDVRDIASA KGLSVNNTLT ASTDTKTAEF TVTGSENGQT YVGIFSDGTN LNGDTGAGTF
ILDNLRIEKV TTGGETQR
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