| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCG9842_B2130 |
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| Symbol | ppsA |
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| ID | 7181499 |
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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 G9842 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011772 |
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| Strand | - |
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| Start bp | 3006052 |
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| End bp | 3008658 |
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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 | 38% |
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| IMG OID | 643550916 |
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| Product | phosphoenolpyruvate synthase |
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| Protein accession | YP_002446586 |
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| Protein GI | 218898175 |
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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 | 16 |
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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 | 69 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGTTCTT TCGTTCTCGA TTTTCAGGAA ATAGAAAACA CGTACCTTTC ACTTGTCGGT
GGAAAAGGTT TGAATTTAGG GGAGTTATCC AACATTCAAG GGATACAAGT GCCAGAAGGA
TTTTGTGTTA CAACGATAGG GTATGAAAAG GCCATCGAGC AAAATGAAGG GCTTCAAATT
TTGTTGCAGC AGCTAACGAT GCTAAAAATT GAGGAACGAG ATCAAATTTG TGAAATTAGT
AAGAAGATTA GAGAAGTCAT TATGGCGGTG GAAATTCCAG TTGATGTAGT GGAATCAGTA
GCTCATCATC TCTCTCGCTT TGGCGATGAA CATGCGTATG CAGTGCGTTC GAGTGCTACT
GCTGAAGATT TACCATATGC CTCGTTTGCT GGTCAACAAG ATACGTATTT AAATATTATT
GGAAAAGAAA GCATTTTGCA GCATATTAAA AAATGCTGGG CTTCTTTATT TACAGATCGA
GCGGTTATAT ACCGAATGCA AAACGTTTTT GATCATAATC AAGTTTCTAT ATGTGTTGTC
GTTCAAAAAA TGGTTTTCCC TGTGGCTTCA GGGATTTTAT TTACTGCCGA TCCGATTACT
TCGAATAGGA AGGTGTTGTC AATCGATGCC AGCTTTGGAC TTGGCGAGGC GCTAGTATCT
GGATTGGTTT CTGCCGATAA TTATAAGGTA AAAGAAGATG AAATCGTCGG AAAGGTCATC
GCAACGAAAA AATTAGCCAT CTATGGACGA AAAGAAGGCG GAACAGAGAC AAAGAAAATT
GCTCCTAATC AGCAAAAAGT TCAAACACTT ACTGAACAAC AAATTTTACA ACTAGCACGC
ATCGGAAGAC AAATCGAAGT TTATTTTGGT TGTCCGCAAG ATATTGAATG GTGTTTAGTT
GATGATACAT TTTATATAGT CCAAAGCAGG CCGATTACGA CTTTATATCC AATTCCAGGA
GTAAATGATG GGGAAAATCA TGTGTATATA TCGGTTGGTC ACCAACAAAT GATGACCGAT
GCGATGAAAC CACTTGGGTT ATCTTTTTTC TTGTTAACGA CTAGTGCACC TATGCGTAAA
GCGGGAGGCA GGTTATTTGT TGATGCTACG CAACAATTAG CTTTACCTGC TAGCAGAGAT
TACTTAATAA ACACTTTAGG AAAATCGGAT CCACTCGTAA GAGATGCATT AACGACTATA
ATCGAGCGAG ATGATTTTAT TCAATTGTTA CCGGATGATG AAAAAGGAAA GAGTGCTAGT
AAAAGTAAGC AACCTGCAAG TTCGCAAACA GAAATCGAAA ATAATACGGC AATCGTTACG
AATTTAATAC AGAATAGTCA AGAATCAATC GAAGAGTTAA AACGAAACAT GCAAACGAAA
TCAGGTGTGG ATGTATTTGA TTTTATTTTG CAAGACATCC AGCAATTAAA GAAAGTATTA
TTTAACCCGC AAAGTATAGC TGTTATTATG GCTGGTATGA ATGCTTCAAC ATGGATGAAT
GAAAAGATGG AGCAATGGCT AGGTGAAAAA AATGCAGCAG ATACACTTTC TCAATCCGTA
CAAAATAATA TTACTTCAGA AATGGGTTTA GCATTATTAG ATGTTGCAGA TGTGATTCGG
CCGTATCCAG AAGTCATTGC GTATTTACAG CATGTAGAAG ATGACAGCTT TTTAGATGAA
TTAGTTCAGT TTAAAGGCGG GGAAAAAGTT CGGGATGCAA TCGAGGCGTT TCTAAGCAAA
TATGGAATGA GATGCAGCGG AGAAATCGAC ATTACGAAAA CGCGCTGGAG TGAAAAGCCA
ACAATCATTA TCCCGATGAT TTTAAATAAT ATAAGAGACT TTGAAGCTGG CGCTAGTAAG
CGAAAGTTTG AAGAAGGACT ACAGGAAGCT TTGAAAAAAG AAGAAGAGTT AGTAGATCGA
TTACAAGACT TGCCGGATGG AAAACAAAAA GTAGAAGAAA CGAAGCGAAT GATTCGCAAC
ATCCGTAATT GTATCGGTTA TCGTGAATAT CCAAAATACG GCATGATTAA TCGTTATTTT
ATATATAAGC AGGCGTTATT GAAAGAAGCT AAGCAACTTG TGCAGAGCGG GGTCATTCAT
GAAGTCGATG ATATATACTA CTTAACTTTT GAAGAACTTC ACGAAGTCGT CCGCACAAAT
AAACTAGATT ACGAGCTTAT TCATAAGCAA AAAAATGAGT ACAAATTATA TGAAAAACTA
ACGCCGCCGC GAGTTATGAC GTCTGATGGA GAAATCATTA CAGGTAAATA TAAACGAGAA
AATCTCCCAG CTGAAGCAAT AGTAGGTTTG CCTGTTTCTT CTGGAGTGAT TGAGGGGAGA
GCACGCGTTA TTTTAAATAT GGAAGACGCG AATTTGGAAG AGGGAGATAT ATTAGTTACG
GCATTTACCG ATCCTGGCTG GACACCTTTG TTTGTTTCTA TAAAAGGGTT AGTAACAGAA
GTCGGTGGGC TTATGACGCA CGGAGCAGTA ATTGCACGTG AGTATGGATT ACCAGCAGTC
GTCGGAGTAG AGAATGCTAC GAAACGAATA AAAGACGGTC AACGAATTCG GATACATGGA
ACAGAAGGGT ATATTGAAGT GTTGTAA
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| Protein sequence | MSSFVLDFQE IENTYLSLVG GKGLNLGELS NIQGIQVPEG FCVTTIGYEK AIEQNEGLQI
LLQQLTMLKI EERDQICEIS KKIREVIMAV EIPVDVVESV AHHLSRFGDE HAYAVRSSAT
AEDLPYASFA GQQDTYLNII GKESILQHIK KCWASLFTDR AVIYRMQNVF DHNQVSICVV
VQKMVFPVAS GILFTADPIT SNRKVLSIDA SFGLGEALVS GLVSADNYKV KEDEIVGKVI
ATKKLAIYGR KEGGTETKKI APNQQKVQTL TEQQILQLAR IGRQIEVYFG CPQDIEWCLV
DDTFYIVQSR PITTLYPIPG VNDGENHVYI SVGHQQMMTD AMKPLGLSFF LLTTSAPMRK
AGGRLFVDAT QQLALPASRD YLINTLGKSD PLVRDALTTI IERDDFIQLL PDDEKGKSAS
KSKQPASSQT EIENNTAIVT NLIQNSQESI EELKRNMQTK SGVDVFDFIL QDIQQLKKVL
FNPQSIAVIM AGMNASTWMN EKMEQWLGEK NAADTLSQSV QNNITSEMGL ALLDVADVIR
PYPEVIAYLQ HVEDDSFLDE LVQFKGGEKV RDAIEAFLSK YGMRCSGEID ITKTRWSEKP
TIIIPMILNN IRDFEAGASK RKFEEGLQEA LKKEEELVDR LQDLPDGKQK VEETKRMIRN
IRNCIGYREY PKYGMINRYF IYKQALLKEA KQLVQSGVIH EVDDIYYLTF EELHEVVRTN
KLDYELIHKQ KNEYKLYEKL TPPRVMTSDG EIITGKYKRE NLPAEAIVGL PVSSGVIEGR
ARVILNMEDA NLEEGDILVT AFTDPGWTPL FVSIKGLVTE VGGLMTHGAV IAREYGLPAV
VGVENATKRI KDGQRIRIHG TEGYIEVL
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