| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BT9727_2868 |
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| Symbol | ppsA |
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| ID | 2857094 |
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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 | 2931741 |
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| End bp | 2934347 |
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| Gene Length | 2607 bp |
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| Protein Length | 868 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 637514290 |
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| Product | phosphoenolpyruvate synthase |
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| Protein accession | YP_037192 |
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| Protein GI | 49480081 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG0574] Phosphoenolpyruvate synthase/pyruvate phosphate dikinase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 21 |
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| Plasmid unclonability p-value | 0.424665 |
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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 | ATGAGTTCTT TCGTTCTCGA TTTTCAGGAA ATAGAAAAAA CGCAGCTTTC ACTTGTTGGT
GGAAAAGGTT TGAATTTAGG GGCGTTATCT AACATGCAAG GAATACAAGT GCCAGAAGGA
TTTTGTGTGA CAACGGTAGG ATATGAAAAA GCCGTCGAAC AAAATGAAGA GCTTCAAACT
TTGTTGCAAC AGCTAACAAA GTTGAAACGT GAAGAGCGAG TTCGAATTGG TGAAATCAGC
AAGAAGATTA GAGAAGTCAT TATGGCGGTA CAAATCCCTT CTGATGTAGT GGAAGCAGTA
GCTCATTATC TCTCACGCTT TGGAAATGAA CATGCGTATG CCGTACGCTC TAGTGCGACG
GCTGAAGATT TACCGTATGC CTCGTTTGCT GGTCAACAAG ATACGTATTT AAATATTATC
GGAGAAAACG CAATTTTACA GCATGTAAAA AAGTGCTGGG CTTCTTTATT TACAGAGCGA
GCAGTCATGT ACCGCATGCA AAATGGTTTT GAACATAATC AAGTTTCTAT ATGTGTTGTT
GTTCAAAAAA TGGTTTTCCC GCAGGCTTCA GGAATTTTAT TTACCGCTGA TCCGATTACT
TCTAACCGGA AGGTGTTATC AATCGATGCC AGTTTTGGAC TTGGCGAGGC ATTAGTATCG
GGACTCGTCT CTGCCGATAA TTATAAAGTA AAAGAAGGCG AAATCATCGA TAAGATGATT
GCAACTAAAA AATTAGCTAT TTATGCTTTA AAAGAGGGCG GAACTGAGAC GAAACAGAAT
GATTCGGTTC AGCAAAAAAT TCAAACACTA TCTGACCAAC AAATATTACA ACTAGTACAG
ATTGGAAGGC AGATTGAAGC TTACTTTGGC TGTCCGCAAG ATATTGAATG GTGTTTAGTT
GATAATGCAT TTTATATTGT CCAAAGTCGT CCGATAACGA CTTTATATCC AATTCCGGAA
GAAAATGATG AGGGAAATCA TGTGTATATA TCAGTTGGTC ATCAACAAAT GATGACCGAT
GCGATGAAAC CACTGGGGTT ATCCTTTTTC TTGTTAACGA CTAATGCTCC TATGCGTAAA
GCGGGAGGCA GGCTGTTTGT AGATGCTACG CAACAATTAG CTTTACCTGC TAGCAGAGAT
TATTTAATAA ACACTTTAGG GAAATCGGAT CCACTTGTAA GAGATGCATT AACGACTATA
ATCGAGCGAG ATGATTTTAT TACATTGTTG CCGGATGATG AAAAAGAAAA GAGTGCTAGC
AAAAGTAAGC CACCAGTAAG TTCGCAACCA GAAATCGAAA ATGATCCAGC GATCGTTACG
GAATTAATAA GGAATAGTGA AGCATCACTT GAAGAGTTAA AACAAAATAT GCAACTGAAA
TCAGGAGTGG ATGTATTTGA TTTTATTTTG GAAGACATCC AGCAATTAAA GAAAGTATTA
TTTAACCCGC AAAGTATAGC TGTCATCATG GCAGGTATGA ACGCTTCAAC ATGGATGAAT
GAAAAAATGG AGCAGTGGCT AGGCGAAAAG AATGCAGCAG ACACGCTTTC TCAATCGGTA
CAAAATAATA TTACATCAGA AATGGGTTTA GCATTAATGG ATGTTGCTGA TGCAATTCGT
CCGTATCCAG AAGTTATTAC GTATTTACAA CATGTAGAAG ATGATAGCTT TTTAGATGAA
CTTGTTCAGT ATAAAGGCGG AGAAAAAGCT CGAGATACAA TCGTTGCTTT TCTAAATAAA
TACGGAATGA GATGTAGCGG CGAAATCGAC ATTACGAAAA CGCGCTGGAG TGAGAAGCCA
ACAATCATTA TCCCAATGAT ATTAAATAAT ATAAGAGACT TTGAAGCGGG TGCTAGTAAG
CAGAAGTTTG AAAAAGGACT GCAGGAAGCT TTGAATAAAG AAGAAGAGTT ATTAGAACGA
TTGCAGCACT TGCCGGATGG AAAACAAAAG ATAGAAGAAA CGAAGCGAAT GATTCGTAAT
ATCCGTAATT TTATTGGCTA TCGTGAATAT CCGAAATACG GCATGATTAA TCGTTACTTC
ATATATAAGC AGGCGTTATT GAAAGAAGCT GAGCAACTTG TACAAAGCGG TGTCATTCGT
GAGGTCGATG ATATATACTA TTTAACTTTT GAAGAACTTC ACGAAGTTGC TCGCACAAAT
AAACTAGATT ACGAGCTTAT CCAAAAACAA AAAAATGATT ATAAATTATA TGAAAAATTA
ACACCTCCTC GTATAATGAC GTCTGATGGA GAAATCATTA CAGGTAAATA TAAACGAGAA
AACCTCCCAG CTGACGCGAT TATAGGTCTG CCTGTTTCTT CCGGAGTAGT TGAGGGGAGA
GCCCGCGTTA TTTTAAACAT GGAAGAAGCG AATTTAGAAG AGGGAGATAT ATTGGTTACG
GCATTTACGG ACCCTGGCTG GACGCCGTTG TTTGTTTCTA TAAAAGGGTT AGTTACCGAA
GTTGGCGGGC TCATGACACA CGGAGCAGTA ATCGCACGTG AATATGGATT ACCAGCAGTT
GTTGGAGTAG AGAATGCTAC GAAACGAATC AAAGATGGGC AACGAATTCG GGTACATGGA
ACAGAAGGGT ATATTGAAAT GTTGTAA
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| Protein sequence | MSSFVLDFQE IEKTQLSLVG GKGLNLGALS NMQGIQVPEG FCVTTVGYEK AVEQNEELQT
LLQQLTKLKR EERVRIGEIS KKIREVIMAV QIPSDVVEAV AHYLSRFGNE HAYAVRSSAT
AEDLPYASFA GQQDTYLNII GENAILQHVK KCWASLFTER AVMYRMQNGF EHNQVSICVV
VQKMVFPQAS GILFTADPIT SNRKVLSIDA SFGLGEALVS GLVSADNYKV KEGEIIDKMI
ATKKLAIYAL KEGGTETKQN DSVQQKIQTL SDQQILQLVQ IGRQIEAYFG CPQDIEWCLV
DNAFYIVQSR PITTLYPIPE ENDEGNHVYI SVGHQQMMTD AMKPLGLSFF LLTTNAPMRK
AGGRLFVDAT QQLALPASRD YLINTLGKSD PLVRDALTTI IERDDFITLL PDDEKEKSAS
KSKPPVSSQP EIENDPAIVT ELIRNSEASL EELKQNMQLK SGVDVFDFIL EDIQQLKKVL
FNPQSIAVIM AGMNASTWMN EKMEQWLGEK NAADTLSQSV QNNITSEMGL ALMDVADAIR
PYPEVITYLQ HVEDDSFLDE LVQYKGGEKA RDTIVAFLNK YGMRCSGEID ITKTRWSEKP
TIIIPMILNN IRDFEAGASK QKFEKGLQEA LNKEEELLER LQHLPDGKQK IEETKRMIRN
IRNFIGYREY PKYGMINRYF IYKQALLKEA EQLVQSGVIR EVDDIYYLTF EELHEVARTN
KLDYELIQKQ KNDYKLYEKL TPPRIMTSDG EIITGKYKRE NLPADAIIGL PVSSGVVEGR
ARVILNMEEA NLEEGDILVT AFTDPGWTPL FVSIKGLVTE VGGLMTHGAV IAREYGLPAV
VGVENATKRI KDGQRIRVHG TEGYIEML
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