Gene pBT9727_0013 details

Gene Information       Plasmid Coverage information       Fosmid Coverage information       Sequence       

Gene Information

Locus tagpBT9727_0013 
Symbol 
ID3200474 
TypeCDS 
Is gene splicedNo 
Is pseudo geneNo 
Organism nameBacillus thuringiensis serovar konkukian str. 97-27 
KingdomBacteria 
Replicon accessionNC_006578 
Strand- 
Start bp8081 
End bp11446 
Gene Length3366 bp 
Protein Length1121 aa 
Translation table11 
GC content37% 
IMG OID637618230 
Producthypothetical protein 
Protein accessionYP_173256 
Protein GI56899884 
COG category 
COG ID 
TIGRFAM ID 


Plasmid Coverage information

Num covering plasmid clonesn/a 
Plasmid unclonability p-valuen/a 
Plasmid hitchhikingn/a 
Plasmid clonabilityn/a 
 

Fosmid Coverage information

Num covering fosmid clonesn/a 
Fosmid unclonability p-valuen/a 
Fosmid Hitchhikern/a 
Fosmid clonabilityn/a 
 

Sequence

Gene sequence
ATGGCTGCTA CAAAATTAAA GGAATGGTTT TTAAAAAGTA AAAGAACTTT AACAATAGGA 
GTATTTACAG TTTTAATCTT AATTAGTAGT TTTATATTTT CGCCCGTCAC CTTTGCTGAT 
GGATGGTGGG ATGAGATTGT ATGGAAATGG GATGATGTAA AAAAAGAAGA AGCACTTGTC 
TTTCTAGATA ATGATTGGAT ACAATATGGA AATATTTTGG GGATGATACT GCAAAGCTTG 
AAGGGATGGA TTATTCAACC ACTATTTGCA ATGGTTTCTT CTTTAGAAGA TTTAATACCT 
AAAACATTTT CATTTTTTGA TTTGCTAGAG GATACAGGGT TAAACTCATT TGCTGCATCT 
ATAATGAAAG GGTTGTTTTA TGCTTTACTA TTGTTAGTTA TTGTATGGTT AGCAATCAAA 
ACCATTATAC AACATAAGCC ACCTCGATTT AAGTCGGTAG TGGTTAACAT CATTGTAATG 
ATTGGTTTGA TAGGTGGATT AAATGAACTA ATGGCAGATA TGCAAAAAAT GGCTACTGAT 
TTTTATGAAG ATACAACTAA TGATAGCAAG GCAAAAGAAG GGTTGGCATT TAGTATAGTG 
AGGCAAAATA CAGCAGATTT AGCGTATTTA AGTACTGTTG GTTTTGGTGC TATCCAAATT 
AAAGATTCTG ACCAGAGTGC CAGTCACTTT GATGAAAGGT ATCCGAAAAA TAGTTTATCA 
AAAGAAATGT ATATGGCTGC TGATCTAGGG GATATAATCA GTCCCGATGT TGTCGATAAA 
CTAAAGGATC AGGATGATGT TGCAGAAGAA ACAAAGTTCT TAGCATATAG GGTTACAAAT 
AATGGGGTAG AAGAAGCACT GGAATCAATA GAAGATAGCT TTTTTAATCC GTTTAAAGAT 
ACATTTCCAT CGGGATATAT TCGCTATCCT ATGAAGTTCA CTACAATATT TTGGGGACTA 
GCTTCGCTAG GTATTGCGTA TTTATTTACT ATTTTTGTAT TTGTAATGAC AATATTCGAG 
ATTGCAATGA AAAAAATTAT TGCACCAATT GTATTTGTGA CAGATATAGA AACTGGTGAA 
AAAACAAAGA TGGTTATACA AGATATTGCA AAAGGATTCA TGTTAATTGG TTTTACTGGA 
TTAAGTTTGC GATTCTATAC AATAGCAGTT AATTTCCTTG CGGGCAAAGA CATTAATGCC 
TTCTTATATA TTGTAGCTAT GATTTGTTTA ACTGGAGCGC TAATTAAGGG TTCTGATTCA 
ATATTAAAAT ATTTTGGTGT CGATGTTGGT TTGAAAGAAG GAAAGAACAA TTTGATGGCT 
GCTGTTGGAA TGTTAGCAGC TGCTAATGGT GCAAGAAAAG GTGTAAGTAA TATGTTTAAG 
AGTGCAAAAG ATAAAATGGG TGGTCAAAAT AAGCAAACAC GTGATGATAC ACCAAAGCGT 
TCTGAAATGG ATGCAGAGGA TATGGAAAAT CATCAAAATG AAAAAGAGAA AGGTAATAAA 
AAATCAGGGA TTACACCTAA AAAGTTCATG AAAAATACTG GAGCGGCGTT AAGTTATGCG 
AGTAATAGAG GTGTCGGTGG CATGATGAAC GATGCTGGTA ATTTAGTTGC TGCTACTGTC 
GGCGGCGCTG TAGATAAAGG GAAAGAAAAA GTAACAGGTG TTGCAAAAGA TGTATCAGAT 
GGAGTTAAGG GTACGATAGA TGAGTTTAAA GAAGGACAGG CGGAAGGTAA ACAAAAAGCT 
CAAGAAAATA ATGATCGCCA ATTGTTAAAT AGAATGGGGA AAGATATTCA TAAAAATGCG 
AATTCAGGTA CAGAACAAAG CGCTAATCCA AAAGTGGAAG ATGTTTCTGT AGGAAATAAA 
CAGCAAGTAG AACGAGAATT GGAAGTAGCT AATCGAATAA ATAACCCAGG AAGAAATGAA 
GTGCCAAACG ATCAGGCAAA AGGTGATCGT CAGCAAGTAG AACGAGAATT GGAAGTAGCT 
AATCGAATAA ATAACCCAGG AAGAAATGAA GTGCCAAACG ATCAGGCAAA AGGTGATCGT 
CAGCAAGTAG AACGAGAATT GGAAGTAGCT AATCGAATAA ATAACCCAGG AAGAAATGAA 
GTGCCAAACG ATCAGGCAAA AGGTGATCGT CAGCAAGTAG AACGAGAATT GGAAGTAGCT 
AATCGAATAA ATAACCCAGG AAGAAATGAA GTGCCAAACG ATCAGGCAAA AGGTGATCGT 
CAGCAAGTAG AACGAGAATT GGAAGTAGCT AATCGAATAA ATAACCCAGG AAGAAATGAA 
GTGCCAAACG ATCAAGCAAA AGGTGATCGT CAGCAAGTAG AACGAGAATT GGAAGTGGCA 
AACCGAATAA ATAACCCAGG AAGAAATGAA ATACCAAATG ATCAAGCGAA AGGTGATCGT 
CAGCAAATAG AACGCCAAGT TGAAGTGGCG AATCGATTAA ATAATACAGG AAGTAACGAA 
GTACCAAACA CTCAAGCAAA AGGCGAGAAT CAACGGGTGG AACGCCAGGT TGAGGTAGCG 
AATCGATTAA ATAATACAGG AAGCAACGAA GTACCGAACA CTCAAGCAAA AGTTGAGAAT 
CAACAAGTAG AACGCCAAGT TAATGTAGCA GATCGTTTAA ATAGTGTAGG GGCTTCTTCT 
GTATCACAAA ATAATATTAA ACCTGAAGCA AGTACAGTCC AAAGAGAAGT GAACATCCAG 
GACAATGTGA AGAATCAAGG GTCAGTAAAT AGCGGAAACG TGAGCGTAAA TGGAACGACA 
GTCCAAAGAG AAGTGAACAT CCAGGACAAT GTGAAGAATC AAGGGTCAGT AAATAGCGGA 
AACGTGAGCG TAAATGGAAC GACAGTTCAA CGAGAAGTGA ACGTACAGGA TAATGTGAAG 
AATCAAGGGT CAGTAAATAG CGGAAACGTG AGCGTAAATG GAACGACAGT TCAACGAGAA 
GTGAACGTAC AGGATAATGT GAAGAATCAA GGGTCAGTAA ATAGCGGAAA CGTGAGCGTA 
AATGGAACGA CAGTTCAACG AGAAGTGAAC GTACAGGACA ATGTGAAGAA TCAAGGATCA 
GTAAATAGCG GAAACGTGAG CGTGAATGGA ACGACAGTTC AACGAGAAGT AAACGTACAG 
GACAATGTGA GAAGTCAAGG AACAGTAAGT AGTGGAAATG TGAGTGTAAA TGGAACGACA 
GTTCAACGAG AAGTAAACGT ACAGGATAAT GTGAAGGATC AAGGAACAGT AAGTAGTGGA 
AATGTGGGCG TAAATGGAGC GACAGTTCAA CGAGAAGTGC ATGTTCAAGA AAAAGAAGTA 
AGAGCATCTG GTTTAAGACA AAGGGGTATT AAGCGGAATC GAACAGATCA ATTACGAAGA 
AACTAA
 
Protein sequence
MAATKLKEWF LKSKRTLTIG VFTVLILISS FIFSPVTFAD GWWDEIVWKW DDVKKEEALV 
FLDNDWIQYG NILGMILQSL KGWIIQPLFA MVSSLEDLIP KTFSFFDLLE DTGLNSFAAS 
IMKGLFYALL LLVIVWLAIK TIIQHKPPRF KSVVVNIIVM IGLIGGLNEL MADMQKMATD 
FYEDTTNDSK AKEGLAFSIV RQNTADLAYL STVGFGAIQI KDSDQSASHF DERYPKNSLS 
KEMYMAADLG DIISPDVVDK LKDQDDVAEE TKFLAYRVTN NGVEEALESI EDSFFNPFKD 
TFPSGYIRYP MKFTTIFWGL ASLGIAYLFT IFVFVMTIFE IAMKKIIAPI VFVTDIETGE 
KTKMVIQDIA KGFMLIGFTG LSLRFYTIAV NFLAGKDINA FLYIVAMICL TGALIKGSDS 
ILKYFGVDVG LKEGKNNLMA AVGMLAAANG ARKGVSNMFK SAKDKMGGQN KQTRDDTPKR 
SEMDAEDMEN HQNEKEKGNK KSGITPKKFM KNTGAALSYA SNRGVGGMMN DAGNLVAATV 
GGAVDKGKEK VTGVAKDVSD GVKGTIDEFK EGQAEGKQKA QENNDRQLLN RMGKDIHKNA 
NSGTEQSANP KVEDVSVGNK QQVERELEVA NRINNPGRNE VPNDQAKGDR QQVERELEVA 
NRINNPGRNE VPNDQAKGDR QQVERELEVA NRINNPGRNE VPNDQAKGDR QQVERELEVA 
NRINNPGRNE VPNDQAKGDR QQVERELEVA NRINNPGRNE VPNDQAKGDR QQVERELEVA 
NRINNPGRNE IPNDQAKGDR QQIERQVEVA NRLNNTGSNE VPNTQAKGEN QRVERQVEVA 
NRLNNTGSNE VPNTQAKVEN QQVERQVNVA DRLNSVGASS VSQNNIKPEA STVQREVNIQ 
DNVKNQGSVN SGNVSVNGTT VQREVNIQDN VKNQGSVNSG NVSVNGTTVQ REVNVQDNVK 
NQGSVNSGNV SVNGTTVQRE VNVQDNVKNQ GSVNSGNVSV NGTTVQREVN VQDNVKNQGS 
VNSGNVSVNG TTVQREVNVQ DNVRSQGTVS SGNVSVNGTT VQREVNVQDN VKDQGTVSSG 
NVGVNGATVQ REVHVQEKEV RASGLRQRGI KRNRTDQLRR N