| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCB4264_A3108 |
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| Symbol | |
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| ID | 7101288 |
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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 B4264 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011725 |
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| Strand | - |
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| Start bp | 2978088 |
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| End bp | 2980694 |
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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 | 643470635 |
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| Product | phosphoenolpyruvate synthase |
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| Protein accession | YP_002367815 |
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| Protein GI | 218233787 |
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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 | 6 |
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| Plasmid unclonability p-value | 0.721717 |
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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 CGCAGCTTTT TCTCGTTGGT
GGAAAAGGAT TGAATTTAGG GGAGTTATCC AATATTCAAG GGATACAAGT GCCAGAAGGG
TTTTGTGTTA CAACGGTAGG GTATGAACAG GCCATCGGAA AAAATGGAGC GTTTCAAACT
TTATTGAATC AATTAGCGAT GCTAAAAATT GAGGAACGAG ATCGAATTGG TGAAATTAGT
AAGCAGATTA GAGAAGTCAT TATGGCGGTG GAAATTCCAG TTGATGTAGT GGAATCAGTA
GCTCATTATC TCTCGCACTT TGGCGATGAA CATGCATATG CAGTGCGTTC GAGTGCTACT
GCTGAAGATT TACCGTATGC CTCGTTTGCT GGTCAACAAG ATACGTATTT AAATGTTATT
GGAAAAGAAA ACATTTTGCA GCATATTAAA AAATGCTGGG CTTCTTTGTT TACAGATCGG
GCGGTTATAT ACCGAATGCA AAACGGTTTT GATCATAATC AAGTTTCTAT ATGTGTTGTC
ATTCAAAAAA TGGTTTTCCC TGAGGCTTCA GGGATTTTAT TTACTGCGGA TCCGATTACT
TCGAATAGGA AGGTGTTGTC AATCGATGCC AGCTTTGGAC TTGGCGAGGC GCTAGTATCT
GGATTGGTTT CTACCGATAA TTATAAGGTA AAAGAAGACG AAATCGTCGA AAAGGTCATC
GCAACGAAAA AATTAGCCAT CTATGGACGA AAAGAAGGCG GAACAGAGAG AAAGAAAATT
GCTCCTAATC AGCAAAAATT TCAAACACTT ACTGAACAAC AGATTTTACA ACTAGCACGC
ATCGGAAGAC AAATCGAAGC TTATTTTGGT TGTCCGCAAG ATATTGAATG GTGCTTAGTT
GATGATACAA TTTATATAGT CCAAAGCAGA CCGATTACGA CTTTATATCC AATTCCAGAA
GTAAATGATG GGGAAAATCA CGTGTATATA TCAGTTGGTC ACCAACAAAT GATGACCGAT
GCGATGAAAC CATTAGGTTT ATCTTTTTTC CTGTTAACGA CTAGTGCACC TATGTGTAAA
GCCGGAGGAA GACTATTTGT TGATGCTACG CAAAGACTAG CTTCACCTGC TAGCAGAGAT
TACTTAATAA ACACTTTAGG TAAATCGGAT CCGCTCATAC GAGATGCATT AACGACTGTA
ATTGAGCGAG AGAATTTTAT TAAATTGTTA TCGGATGATG AAAAAGAAAA GGATCTTAGT
AAAAATGTGC CACCTGCAAG TTCGCAACAA CAACCTGAAA ACGATCCGGA AATCGTTACG
AATTTAATAA AGAATAGTGA ATTATCAATA GAAGAATTAA AACGAAACAT GCAAACGAAA
TCAGGGGTGG ATGTACTTGA TTTTATTTTA GAAGACATTC AGCAATTAAA GAAAGTATTA
TTTAACTCGC AAAGTATAGC TATCATTATG GCAGGTATGA ATGCTTCATC ATGGATTAAT
GAAAAGATGG AGCAGTGGCT AGGAGAAAAA AATGCAGCAG ATGTACTTTC ACAATCTGTA
CAACATAATA TTACGTCAGA AATGGGGCTA GCGTTATTGG ATGTGGCAGA TGTGATTCGG
CCGTATCCGG AAGTCATTGC GTATTTACAG CATGTAGAAG ATGACAGCTT TTTAGATGAA
TTAATTCAGT TTAAAGGCGG GGAAAAAGTT CGGGATGCAA TCGATGCTTT TCTAAATAAA
TATGGAATGA GATGCAGTGG AGAAATCGAC ATTACGAAAA CGCGCTGGAG TGAACAGCCA
GCTACAATTA TACCGATGAT TTTAAATCAT ATAAGAGACT TTGAATATGG TGCTAGTAAG
CGGAAGTTTG AAGAAGGGCT GCAGGAAGCT TTGAAAAAAG AAAAAGAGTT GTTAGAGCGA
TTGCAGCACT TGCCGGATGG GGAACAAAAA GTAGAAGAGA CGAAGAGAAT GATTCGTAAC
ATCCGCAATT TCATCGGTTA TCGTGAATAT CCGAAATACG GCATGATTCA TCGTTATTTC
ATATATAAGC AGGCATTACT GAAAGAAGTA GAGAAACTTG TGCAAAATAA TGTTCTGGAT
GAAATAGAAG ATATATACTA TCTAACTTTT GAAGAACTTC ACGAAGTCGT TCGCACAAAT
AAACTAGATT ACAAGATTAT TCATAAACAA AAAAATGCGT ACAAATTATA TGAAAAACTA
ACACCTCCGC GTGTTATCAC GTCTGATGGA GAAATCATTA CAGGTAAGTA CAAACGCGAA
AATCTCCCGG CTGAAGCAAT TGTAGGTTTG CCTGTTTCTT GTGGAGTGGT TGAGGGGAGA
GCACGCGTTA TTTTAAACAT GGAAGACGCG AATTTGGAAG ATGGAGATAT ATTAGTTACG
GCATTTACCG ATCCTGGGTG GACACCTTTG TTTGTTTCTA TAAAAGGGTT AGTCACTGAA
GTCGGCGGGC TTATGACGCA CGGAGCAGTG ATTGCACGTG AGTATGGCCT GCCAGCAGTT
GTTGGAGTAG AGAATGCTAC GAAACTAATA AAAGACGGGC AACGAATTCG GGTACATGGA
ACAGAAGGAT ATATTGAAGT GTTGTAG
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| Protein sequence | MSSFVLDFQE IEKTQLFLVG GKGLNLGELS NIQGIQVPEG FCVTTVGYEQ AIGKNGAFQT
LLNQLAMLKI EERDRIGEIS KQIREVIMAV EIPVDVVESV AHYLSHFGDE HAYAVRSSAT
AEDLPYASFA GQQDTYLNVI GKENILQHIK KCWASLFTDR AVIYRMQNGF DHNQVSICVV
IQKMVFPEAS GILFTADPIT SNRKVLSIDA SFGLGEALVS GLVSTDNYKV KEDEIVEKVI
ATKKLAIYGR KEGGTERKKI APNQQKFQTL TEQQILQLAR IGRQIEAYFG CPQDIEWCLV
DDTIYIVQSR PITTLYPIPE VNDGENHVYI SVGHQQMMTD AMKPLGLSFF LLTTSAPMCK
AGGRLFVDAT QRLASPASRD YLINTLGKSD PLIRDALTTV IERENFIKLL SDDEKEKDLS
KNVPPASSQQ QPENDPEIVT NLIKNSELSI EELKRNMQTK SGVDVLDFIL EDIQQLKKVL
FNSQSIAIIM AGMNASSWIN EKMEQWLGEK NAADVLSQSV QHNITSEMGL ALLDVADVIR
PYPEVIAYLQ HVEDDSFLDE LIQFKGGEKV RDAIDAFLNK YGMRCSGEID ITKTRWSEQP
ATIIPMILNH IRDFEYGASK RKFEEGLQEA LKKEKELLER LQHLPDGEQK VEETKRMIRN
IRNFIGYREY PKYGMIHRYF IYKQALLKEV EKLVQNNVLD EIEDIYYLTF EELHEVVRTN
KLDYKIIHKQ KNAYKLYEKL TPPRVITSDG EIITGKYKRE NLPAEAIVGL PVSCGVVEGR
ARVILNMEDA NLEDGDILVT AFTDPGWTPL FVSIKGLVTE VGGLMTHGAV IAREYGLPAV
VGVENATKLI KDGQRIRVHG TEGYIEVL
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