| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCAH820_3119 |
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| Symbol | ppsA |
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| ID | 7187879 |
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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 AH820 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011773 |
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| Strand | - |
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| Start bp | 2951639 |
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| End bp | 2954248 |
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| Gene Length | 2610 bp |
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| Protein Length | 869 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 643556530 |
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| Product | phosphoenolpyruvate synthase |
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| Protein accession | YP_002452069 |
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| Protein GI | 218904235 |
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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 | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 140 |
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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 ATAGAAAAAA CGCAGCTTTC ACTTGTTGGT
GGAAAAGGTT TGAATTTAGG GGCGTTATCT AACATGCAAG AGATACAAGT GCCAGAAGGT
TTTTGTGTTA CAACGGCAGG ATATGAAAAG GCCATCGAGC AAAATGAAGG GCTTCAAACT
TTGTTGCAGC AACTAACAAA GTTGAAAAAG GAAGACCGAG CTCAAATTGG TGAAATGAGT
AAGGAAATTA GAGAAGTCAT TATGGCAGTA CAAATCCCTT CTGATGTAGT GGAAGCGGTA
GCTCATTATC TCTCACGTTT TGGAAATGAA CATGCGTATG CCGTGCGTTC TAGTGCTACG
GCTGAAGATT TACCGTATGC CTCGTTTGCA GGTCAACAAG ATACGTATTT AAATATTATC
GGAAAAGAAG CGATTTTACA GCATGTAAGA AAGTGCTGGG CTTCTTTATT TACAGAGCGA
GCAGTCATGT ACCGTATGCA AAATGGTTTT GAACATAATC AAGTTTCTAT ATGTATTGTT
GTTCAAAAAA TGGTTTTCCC GCAGGCTTCA GGAATTTTAT TTACCGCTGA TCCGATTACT
TCTAACCGGA AGGTGTTATC AATCGATGCC AGTTTTGGAC TTGGCGAGGC ATTAGTATCG
GGACTCGTCT CTGCCGATAA TTATAAAGTA AAAGAAGGCG AAATCATCGA TAAGATGATT
GCAACTAAAA AATTAGCTAT TTATGCTTTA AAAGAGGGCG GAACTGAGAC GAAACAGAAT
GATCCGGTTC AGCAAAAAAT TCAAACACTA TCTGACCAAC AAATATTACA ACTCGCACAG
ATTGGAAGAC AGATTGAAGC TTATTTTGGC TGTCCGCAAG ATATTGAATG GTGTTTAGTT
GATAATGCAT TTTATATTGT CCAAAGTCGT CCGATAACGA CTTTATATCC AATTCCGGAA
GAAAATGATG AGGGAAATCA TGTGTATATA TCAGTTGGTC ATCAACAAAT GATGACCGAT
GCGATGAAAC CACTAGGGTT ATCTTTTTTC TTGTTAACGA CTAATGCTCC TATGCGTGAA
GCGGGAGGCA GGCTGTTTGT AGATGCTACG CAACAATTAG CTTTACCTGC TAGCAGAGAT
TATTTAATAA ACACTTTAGG GAAATCGGAT CCCCTTGTAA GAGATGCATT AACGACTATA
ATCGAGCGAG ATGATTTTAT TACATTATTA CCGGATGAAG AAAAAAAAGA AAAGAGTGCT
AGTAAAAGTA AGCTACCAGT AAGTTCGCAA CTAGAAATCG AAAATGATCC AGCAATCGTT
ACGGAATTAA TAAGGAATAG CGAAGCATCA TTTGAAGAGT TAAAACAAAA TATGCAACTG
AAATCAGGAG TGGATGTATT TGATTTTATT TTGGAAGACA TCCAGCAATT AAAGAAAGTA
TTATTTAATC CGCAAAGTAT AGCTGTCATT ATGGTAGGTA TGAATGCTTC AACATGGATT
AATGAAAAAA TGGAGAAGTG GCTAGGTGAA AAGAATGCAG CAGACACGCT TTCTCAATCG
GTACAAAATA ATATTACATC AGAAATGGGT TTAGCATTAA TGGATGTTGC TGATGCAATT
CGTCCGTATC CAGAAGTTAT TACGTATTTA CAACATGTAG AAGATGATAG CTTTTTAGAT
GAACTTGTTC AGTATAAAGG CGGAGAAAAA GCTCGAGATG CAATCGTTGC TTTTCTAAAT
AAATACGGAA TGAGATGTAG CGGCGAAATC GACATTACGA AAACGCGCTG GAGTGAGAAG
CCAACAACCA TTATCCCAAT GATATTAAAT AATATAAGAG ACTTTGAAGC GGGTGCTAGT
AAGCAGAAGT TTGAAAAAGG ACTGCAGGAA GCTTTGAATA AAGAAGAAGA GTTAGTAGAT
CGATTGCAGC ACTTGCCGGA TGGAAAACAA AAGATAGAAG AAACGAAGCG AATGATTCGT
AATATTCGTA ATTTTATTGG CTATCGTGAA TATCCGAAAT ACGGCATGAT TAATCGTTAC
TTCATATATA AGCAGGCGTT ACTGAAAGAA GCTGAGCAAC TTGTACAAAG CGGTGTCATT
CATGGAGTTG ATGATATATA CTACTTAACT TTTGAAGAGC TTCACGAAGT TGTTCGCACG
AAGAAACTAA ATTATGATCT TATTCATAAA CAAAAAAATG ATTATAAATT ATACGAAAAA
CTAACGCCTC CTCGTATAAT GACGTCTGAT GGAGAAATCA TTACAGGTAA ATATAAACGA
GAAAACCTCC CAGTTGACGC GATTGCAGGT CTGCCTGTTT CTTCTGGATT AGTTGAGGGG
AGAGCTCGCG TTATTTTAAA CATGGAAGAT GCGAATTTAG AAGAGGGAGA TATATTAGTT
ACAGCTTTTA CTGACCCTGG CTGGACACCA TTATTTGTAT CTATAAAAGG ATTAGTTACT
GAAGTCGGCG GACTTATGAC GCACGGAGCA GTGATTGCAC GTGAATATGG ATTACCAGCA
GTTGTTGGGG TAGAGAATGC TACGAAATTA ATAAAAGATG GGCAACGAAT ACGAGTACAT
GGAACGGAAG GGTATATTGA AGTGTTGTAA
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| Protein sequence | MSSFVLDFQE IEKTQLSLVG GKGLNLGALS NMQEIQVPEG FCVTTAGYEK AIEQNEGLQT
LLQQLTKLKK EDRAQIGEMS KEIREVIMAV QIPSDVVEAV AHYLSRFGNE HAYAVRSSAT
AEDLPYASFA GQQDTYLNII GKEAILQHVR KCWASLFTER AVMYRMQNGF EHNQVSICIV
VQKMVFPQAS GILFTADPIT SNRKVLSIDA SFGLGEALVS GLVSADNYKV KEGEIIDKMI
ATKKLAIYAL KEGGTETKQN DPVQQKIQTL SDQQILQLAQ IGRQIEAYFG CPQDIEWCLV
DNAFYIVQSR PITTLYPIPE ENDEGNHVYI SVGHQQMMTD AMKPLGLSFF LLTTNAPMRE
AGGRLFVDAT QQLALPASRD YLINTLGKSD PLVRDALTTI IERDDFITLL PDEEKKEKSA
SKSKLPVSSQ LEIENDPAIV TELIRNSEAS FEELKQNMQL KSGVDVFDFI LEDIQQLKKV
LFNPQSIAVI MVGMNASTWI NEKMEKWLGE KNAADTLSQS VQNNITSEMG LALMDVADAI
RPYPEVITYL QHVEDDSFLD ELVQYKGGEK ARDAIVAFLN KYGMRCSGEI DITKTRWSEK
PTTIIPMILN NIRDFEAGAS KQKFEKGLQE ALNKEEELVD RLQHLPDGKQ KIEETKRMIR
NIRNFIGYRE YPKYGMINRY FIYKQALLKE AEQLVQSGVI HGVDDIYYLT FEELHEVVRT
KKLNYDLIHK QKNDYKLYEK LTPPRIMTSD GEIITGKYKR ENLPVDAIAG LPVSSGLVEG
RARVILNMED ANLEEGDILV TAFTDPGWTP LFVSIKGLVT EVGGLMTHGA VIAREYGLPA
VVGVENATKL IKDGQRIRVH GTEGYIEVL
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