| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BT9727_0463 |
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| Symbol | |
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| ID | 2858727 |
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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 | 541177 |
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| End bp | 544041 |
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| Gene Length | 2865 bp |
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| Protein Length | 954 aa |
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| Translation table | 11 |
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| GC content | 30% |
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| IMG OID | 637511884 |
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| Product | internalin protein |
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| Protein accession | YP_034811 |
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| Protein GI | 49481764 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis
[S] Function unknown |
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| COG ID | [COG4886] Leucine-rich repeat (LRR) protein
[COG5386] Cell surface protein |
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| TIGRFAM ID | [TIGR01167] LPXTG-motif cell wall anchor domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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| Plasmid unclonability p-value | 0.0349325 |
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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 | ATGATTACAT TTCGAATTAT ATATTTCGGA GGAGATGTAA GGTTGAAACA AAATAAAAGA
AAATGTATAA ATGCAATGGT TATAGCGGCG GCGTTATCAC TGCCGTTTGC TGTTTATTCA
ACACCTGCTT TAGCGGCAGT GGCAATTGAG GCGAATAAAA CTGGACATGT TTTAGAAGAT
GGTACATATG ACGCTGTTAT TAAGGCGTAT AAAGATAAAA CGAATGAAGA ATCTATGGCA
GCTGTTTATA TAAAAAATCC GAAATTAACA ATTGAGAATG GAAAGAAAAT TGTAACGGCA
ACGTTAAGTG ATAGTGATTT CTTCCAATAT CTAAAAACAG AAGATATTCA TACTCCTGGT
GTATTTCATG ATGTGAAAGT AATATCAGAA GATAAAAAGA AAAATGGAAC GAAAGTGATT
CAGTTTGAAG TAGGAGAATT AGGAAAAAGG TATAATATGC GAATGCATAT TTATATTCCA
ACAATGGCCT ATGATAATAA GTACCAAGTA CAATTTGAAG TAAATACATT GAATTTAGAT
AAAGATGTTC CAGAAGAACA AAAGGAAAAT AAGGAGGATA AATTGGATCA ACAAGATGCG
AATGTAATAA TAGATAAGCA ATTACAAAGG CATATTAATA AATATAACTT GAATAGAGAG
AATTTAAATG CGCCAATAAC TAAGGAAGAT TTATTAAAAG TTAAATCTTT AATAGTCGTT
GAAGCTAAAA GTAAAGGAAT AAAAGACGTA AGCGGTCTAG AATATATGAC GAACTTAGAA
AACTTAACGT TGGAAGAAGT TAAGTTAGAA AATATAAAAT TTATCTCGAA TTTGAGGCAA
TTAAAATCAG TAAGTATAAC CTATGCCGAA CTTGAAGATA TTGGACCTTT GGCTGAGTTA
GAACATATTG AGAGTTTAAG CTTGAGAAAT AATAAAATTT CAAATTTAAG CCCACTAAGT
CAAATGAAGA AGATTAAATT GCTAGATTTA AATAGTAATT ATATAAAAGA TATAAAGCCA
TTATTTACAG TGAAATCTTT AAGGACTTTA ACTGTAGCAA ATAATCAAAT TAGTAATGCA
GGTCTTGAAG GAGTTCACCA ATTAAAGAAT TTAAAGACAT TTGAAATAAG CAATAATGGA
TTGAGTAATG TCGAACATAT TAATGGAATG AATAAATTAA TTGAATTAGG GCTTTCCAAA
AATGAATTGG TAGATCTTAC ACCATTATCA AAATTATCAG GGTTACAAAA ACTAAATTTA
GAAGAAAACT TTATTTCAGA TATAACGCCA CTTAGTCAAT TAACAAGTTT ATATGATTTA
AAACTAGGTT CAAATGAAAT TCGTGATGTT AGACCGGTTC AAGAGCTAGG AAAAAGAATG
TATATTGATA TTCAAAGACA AAAAATCTTT TTAGAAGATG TAGAAAAAGA TAAGGAAGTT
AAAATACCTA TCTATAATTT ACAAGGAGAG CCAATTGATA CTATTCAATT GAATAGTGAA
GATGGAATAG TTAATAATGG TTCTGTTAAA TGGGGTACTA CCGGTGAAAA AACATACGAA
TTTATGTTAG ATATAAAGCC AGAAGAGAAT CGTATTAAGT TTAATGGAAC AGTAATTCAA
AATGTTGTTG AAAGGTTAGA TGAAATAAAA GAGGATAATG AACAAAAGGA AAGTGTAATT
CTCGATAAAA CTTTACAACA ACATATTAAT AAAGAGAATT TAGGTAGAGA GAATTTAAAC
GCTCCTATCA CAAAAGAAGA TTTATTACAG ATTAAAAAAT TAGAGATACT TAAAGAAAAA
GAAAAAGAAA AAGGAAAAGA GATAAAAGAT ATAACAGGTT TAGAGTACAT GACAAACTTA
GAAAAACTCA CTTTAGAAGG AGTAGGTTTA AAGAATCTCG AATTTATCTC GAACTTAGAA
AAGTTGAACG ATGTGAATGT ATCTCATAAT CAAATTGAGG ATATAACACC ACTATCTTCA
TTAAAAAGTT TACAGTGGTT AAATCTTGCT GATAATCAAA TTAAAGATGT TTCAGTTCTT
AGCCCAATGT TAGACCTACT CAGTTTAAAA TTAGCTGAAA ATGAGATTCG TGATGTAAGG
CCGTTAATAC AATTAGGCCA ATGGTTTTCA ATTGATGCCG GAAGACAGAA AATCTTTTTA
GATGAAGCAA AAGTAAATGA AGAAATTCAA GTTCCTGTAT ATGATTTAGA AGGAGAAATT
ATTGAGAATA TTAAACTGAC AAGTGAGGAT GGAACATTTA ATAACGGAGT AATAAAATGG
AGTACTCCAG GTGAAAAGGT CTATAAATTT GATTTAGATT CGGATGAAAT TAGTATAAGT
TTTAACGGAA CAGTAATCCA GAATATAGTT GAAAAAGAAG AAGAAAAAGA ACCAACAAAA
GAAGTTGAAG AATCAAAAGA AGAAGAAAAA GAACCAACAA AAGAAGTTGA AGAATCAAAA
GAGGAAGAAA AAGAACCAAC AAAAGAAGTT GAAGAATCAA AAGAGGAAGT AAAAGAACCA
ACAAAAGAAG TTGAAGAATC AAAAGAGGAA GTAAAAGAAC CAACAAAAGA AGTTGAAGAA
TCAAAAGAAG AAGTAGCACA AGAAATCGAA AAATCGAAAG AAGAAATCAA TCAATCGGCA
CCAGTTCAAG AACAAAACGT GAATAATCAA GTTGTGAAAG AAAAAGTAGT AGAGAATCAA
AGCATGAAAG AAAATAAACC AGTTGTTAAT AAAGAAGAAG AAAGTAAGAA ATCGCTAGGA
GCAACAGGTG GACAAGCGAA TACATCAACG TTACTTTCGG GTGTAGCATT AGTTCTTTCA
GCACTGAGTA TGTTTGTATT TAGAAAGAGA TTATTTAAGA AATAA
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| Protein sequence | MITFRIIYFG GDVRLKQNKR KCINAMVIAA ALSLPFAVYS TPALAAVAIE ANKTGHVLED
GTYDAVIKAY KDKTNEESMA AVYIKNPKLT IENGKKIVTA TLSDSDFFQY LKTEDIHTPG
VFHDVKVISE DKKKNGTKVI QFEVGELGKR YNMRMHIYIP TMAYDNKYQV QFEVNTLNLD
KDVPEEQKEN KEDKLDQQDA NVIIDKQLQR HINKYNLNRE NLNAPITKED LLKVKSLIVV
EAKSKGIKDV SGLEYMTNLE NLTLEEVKLE NIKFISNLRQ LKSVSITYAE LEDIGPLAEL
EHIESLSLRN NKISNLSPLS QMKKIKLLDL NSNYIKDIKP LFTVKSLRTL TVANNQISNA
GLEGVHQLKN LKTFEISNNG LSNVEHINGM NKLIELGLSK NELVDLTPLS KLSGLQKLNL
EENFISDITP LSQLTSLYDL KLGSNEIRDV RPVQELGKRM YIDIQRQKIF LEDVEKDKEV
KIPIYNLQGE PIDTIQLNSE DGIVNNGSVK WGTTGEKTYE FMLDIKPEEN RIKFNGTVIQ
NVVERLDEIK EDNEQKESVI LDKTLQQHIN KENLGRENLN APITKEDLLQ IKKLEILKEK
EKEKGKEIKD ITGLEYMTNL EKLTLEGVGL KNLEFISNLE KLNDVNVSHN QIEDITPLSS
LKSLQWLNLA DNQIKDVSVL SPMLDLLSLK LAENEIRDVR PLIQLGQWFS IDAGRQKIFL
DEAKVNEEIQ VPVYDLEGEI IENIKLTSED GTFNNGVIKW STPGEKVYKF DLDSDEISIS
FNGTVIQNIV EKEEEKEPTK EVEESKEEEK EPTKEVEESK EEEKEPTKEV EESKEEVKEP
TKEVEESKEE VKEPTKEVEE SKEEVAQEIE KSKEEINQSA PVQEQNVNNQ VVKEKVVENQ
SMKENKPVVN KEEESKKSLG ATGGQANTST LLSGVALVLS ALSMFVFRKR LFKK
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