| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BT9727_4281 |
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| Symbol | |
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| ID | 2853689 |
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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 thuringiensis serovar konkukian str. 97-27 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_005957 |
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| Strand | - |
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| Start bp | 4343127 |
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| End bp | 4345988 |
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| Gene Length | 2862 bp |
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| Protein Length | 953 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 637515696 |
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| Product | cell surface protein |
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| Protein accession | YP_038596 |
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| Protein GI | 49481625 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG5386] Cell surface protein |
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| TIGRFAM ID | [TIGR03063] sortase B cell surface sorting signal
[TIGR03656] heme uptake protein IsdC |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 20 |
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| Plasmid unclonability p-value | 0.533345 |
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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 | TTGAACAGGT ATCTTAAGAT TGTTGTTGCT ATGTTTTTAA TGATATTTAC ATTCGTATCA
ACACTACAAC CACTTGCAGT TCAAGCAGCT ACTCAATTAG CTGACGGTGA ATACTCAATC
GGTTTTAAAG TTCTTAAAGA CGCATCGGAT GAAGTATCCA TGATGAATGA ATACTCTGTA
AGTCCAGGAA CTTTAAAAGT GAAGGATGGG AAAAAGAAAG TGTCCTTTAC ATTAAAAAAT
AGTTCATGGA TTACGAAATT TGAAACAGAC AAAGCAGGTC AACTTGTTGA GACAAATGTA
ATTAGTGAAG ATAAAGAAAA AGATACAAGA GTAGTAGAAT TCGATGTGGA AGATGTAGAG
AAGATATTAA AAGCGAAAGT AAAAGTAGAT ATTGATTTTC TGAACTATCA TCATGAATAT
GATGTTCGTA TTGCATTTGA TCAAAATAGC ATTACACCAA TTCATGTAGA AAAACCAGAT
GAAAAAGAGG ACCCAGCTAA TAAGCCAGAT CCAAATGAAA CTACGGATCC AGGTCAGAAG
CCCGACCAAA AGCCTGACCC AGATCAACAA CCAAATTCTA ACACAATTGA AGATGGTGCG
TATAGCATTC CTTTCAAAGT GTTAAAAGAT AAAACAGATG AAGAATCTAA AATGAATAGT
TACATGGAAA ATCCAGGAGT ATTGAAAGTA GAAAATGGTA AGAAAAAAGC GGTTGTAACG
TTAAAAAGTA GCTCATTAAT TAAAAATTTC CAAACGGAAA AAGATGGTGC ATTTGTTGAT
GCAAAAGTAG TGAGTGAAGA TAAAGAAAAA GATACAAGAG TAGTAGAGTT TGAAATAGCT
GATTTATCGA AAAAACTTAA TACAAAAGTA TTTATTGAGA TGGTATCAAG AAATTATAAA
CAAACGCATG ACGTACAACT TGTATTTGAA CAAGAAAAAT TGGAACCTAT TAAAAGTGAA
GACAAACAAC CAGACGGAGA TAAACAACCA GACGGAGGCA AACAACCAGA TGGAGACAAA
CAACCAGACG GAGACAAACA ACCAGACGGA GACAAGCAAC CAGACGGAGA CAAACAACCA
GACGGAGACA AACAACCAGA TGGAGACAAA CAACCAGACG GAGACAAGCA ACCAGACGTA
GATACCATTA AAGATGGTGA ATACAGTATT GGTTTTAAAG TATTGAAAGA TAAAACAGAA
GAAATTTCAA TGATGAATAC GTACACGAAG AGTCCAGGTG TACTAAAAGT GAAAGATGGA
AAGAAATATG TATCCTTCAC ATTAACGAAT AGCTCATGGA TTACAAAGTT CGGATTTGAA
AAGAATAATT CATTTGTTGA TGCAAGTGTA TTAAGTGAAG ATAAGAAAGC TGATACACGT
GTAGTAGAAG TGGAAGTAGC TAATTTATCT AAGAAACTAA ATGCAAAAGT GAAAGTAGAT
ATTGATTCAA TGAATTATCA CCATTTCTAT GATATTCAAT TTGCATTTGA TAATGATAGT
ATTCAACCGT TAGACAACCA AGGCGAAAAT GACAACCAAG GTGGAAACGA CAACCAAGGT
GGAAACAACA ATCAAGGCGA AAATGACAAC CAAGGTGGAA ACGACAACCA AGGTGGAAAT
AACGACCAAG ATGGAAACAA TAACCAAGGC GGAAACGACA GCCAAGACGA TAACACAGCG
ATTGATCCAA ACGCTCTTAA AGACGGTGAA TACAGTATCG GTTTTAAAGT GTTAAAAGAT
AAAACAGAAG AAATTTCAAT GATGAACACA TATACGAAGA ATCCAGGTGT ATTAAAAGTG
AAAGATGGAA AGAAATATGT ATCCTTCACA TTAACAAATA GCTCATGGAT TACGAAGTTT
GAGTTTGAAA AGAATGGTGC GTTCGTCGAT GCGCAAGTAT TAGGTACAAA TAAAGAGAAA
GATACAAGAG TAGTAGAAGT GGAAGTAGAG GATTTATCGA AAAAGTTAAA TGCAAAAGTG
AAGGTAGATA TCGATGCAAT GAATTATCAT CATTTCTATG ATATTCAATT TGCATTCGAT
AAAGGAAGTA TTAAAGCTTT AGGTAACCAA GGTGGAGATA CTAACCAAGA TGGTAATGGT
AATCAGGTCG GAAGCGACAA CCAAGGCGGA AGCGACAACC AAGGCGGAAA CGACAACCAA
GGTGGAAGTA ACAACCAAGA TGGAACGAAT AATCTAAATG AAAACCCAAC AGTTGATCCG
AAAAATTTAA AAGATGGTCA GTATGATATT GCCTTTAAAG TGTTAAAAGA TAAGACAGAA
GAAATTTCAA TGATGAATCA ATATGTTGTA AGTCCAGCAA GATTAACAGT GAAAGATGGC
AAGAAGTATG TTGCAATGAC ACTGAAAAAT AGTGCGTGGA TTACGAAATT CCAAACAGAA
AATAATAGCC TTTTTGCTGA TGCGAAAGTA GTAAGCGAAG ATAAAAAGGC AAATACGAGA
GTAGTGCAAT TTGAAGTAAG TGATTTATTT GCAAAATTAA ATGCAAAAGT AAAAGTTGAT
ATTGATGAAA TGAACTACCA TCATTTCTAC GATGTCCAAA TTCAATTTGA TACGACGAAG
ATTGGCGCTG TAGGAACGGT AAAAGAAGAG CCAAAGAATG ATCCAAAGAA TGAACCGAAA
AACCCAGTAA CTACACCAAA AGTAGATAAT GTAAAAACAG TAGGAACTCC TGATTTTAAC
CGAAATGCAG ATGGTAAAAA GAAAAACGAA GCTACAAATA ATGATTCGAA GAAAGAGAAA
AACTCAAAAA CTGCAGATAC AGCACAACTT GGTTTATACA TGGTGTTACT GCTAGGTTCA
CTTGCTTTAC TAGTTCGTAA ATATAGAGCA GGTAGATTGT AA
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| Protein sequence | MNRYLKIVVA MFLMIFTFVS TLQPLAVQAA TQLADGEYSI GFKVLKDASD EVSMMNEYSV
SPGTLKVKDG KKKVSFTLKN SSWITKFETD KAGQLVETNV ISEDKEKDTR VVEFDVEDVE
KILKAKVKVD IDFLNYHHEY DVRIAFDQNS ITPIHVEKPD EKEDPANKPD PNETTDPGQK
PDQKPDPDQQ PNSNTIEDGA YSIPFKVLKD KTDEESKMNS YMENPGVLKV ENGKKKAVVT
LKSSSLIKNF QTEKDGAFVD AKVVSEDKEK DTRVVEFEIA DLSKKLNTKV FIEMVSRNYK
QTHDVQLVFE QEKLEPIKSE DKQPDGDKQP DGGKQPDGDK QPDGDKQPDG DKQPDGDKQP
DGDKQPDGDK QPDGDKQPDV DTIKDGEYSI GFKVLKDKTE EISMMNTYTK SPGVLKVKDG
KKYVSFTLTN SSWITKFGFE KNNSFVDASV LSEDKKADTR VVEVEVANLS KKLNAKVKVD
IDSMNYHHFY DIQFAFDNDS IQPLDNQGEN DNQGGNDNQG GNNNQGENDN QGGNDNQGGN
NDQDGNNNQG GNDSQDDNTA IDPNALKDGE YSIGFKVLKD KTEEISMMNT YTKNPGVLKV
KDGKKYVSFT LTNSSWITKF EFEKNGAFVD AQVLGTNKEK DTRVVEVEVE DLSKKLNAKV
KVDIDAMNYH HFYDIQFAFD KGSIKALGNQ GGDTNQDGNG NQVGSDNQGG SDNQGGNDNQ
GGSNNQDGTN NLNENPTVDP KNLKDGQYDI AFKVLKDKTE EISMMNQYVV SPARLTVKDG
KKYVAMTLKN SAWITKFQTE NNSLFADAKV VSEDKKANTR VVQFEVSDLF AKLNAKVKVD
IDEMNYHHFY DVQIQFDTTK IGAVGTVKEE PKNDPKNEPK NPVTTPKVDN VKTVGTPDFN
RNADGKKKNE ATNNDSKKEK NSKTADTAQL GLYMVLLLGS LALLVRKYRA GRL
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