| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCG9842_B1190 |
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| Symbol | pyc |
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| ID | 7186778 |
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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 | 3936216 |
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| End bp | 3939662 |
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| Gene Length | 3447 bp |
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| Protein Length | 1148 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 643551844 |
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| Product | pyruvate carboxylase |
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| Protein accession | YP_002447514 |
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| Protein GI | 218899103 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG1038] Pyruvate carboxylase |
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| TIGRFAM ID | [TIGR00514] acetyl-CoA carboxylase, biotin carboxylase subunit
[TIGR01235] pyruvate carboxylase |
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Plasmid Coverage information |
| Num covering plasmid clones | 20 |
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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 | 96 |
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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 | ATGACAAAGC TGCAACGTAT TCAAAAAGTA TTGGTAGCTA ACCGTGGAGA GATTGCAATT
CGTGTGTTTC GAGCTTGTTC GGAACTAGGA TTAAAAACAG TTGCAATCTA TTCTAAAGAG
GATAGTGGTT CTTATCATCG CTATAAAGCC GATGAGTCCT ATTTAGTTGG GGAAGGAAAA
AAACCAATTG ATGCTTATCT AGATATTGAA GGCATTATTG AGATTGCAAA AAGTAATCAT
GTAGATGCAA TCCACCCTGG ATATGGTTTC TTGTCAGAAA ATATTCAATT CGCGAAACGT
TGCGAAGAAG AAGGAATTAT CTTTATCGGT CCGAAAAGTA AGCATTTAGA TATGTTTGGA
GATAAAGTGA AAGCAAGAAC ACAAGCGCAG CTAGCACAAA TTCCAGTTAT ACCTGGTAGT
GATGGTCCAG TAGATTCATT AGAAGAAGTC GAAAAATTTG CTGAAAAGTA TGATTACCCG
ATTATTATTA AAGCGTCCCT TGGTGGTGGC GGTCGTGGTA TGCGTATTGT GCGTACTAGT
GAGGAATTAG GAGAATCATA TAATCGAGCG AAATCAGAAG CGAAAGCAGC CTTTGGTAAT
GATGAAGTTT ACGTCGAAAA ATTCGTTGAA AAACCTAAAC ATATAGAAGT ACAAATTTTA
GCAGATGAAG AAGGCAATGT TGTTCATTTA TACGAGCGTG ACTGTTCTGT ACAACGTCGT
CATCAAAAAG TTGTAGAAAT AGCACCGAGT GTATCACTTT CAGATGATCT GCGTCAGCGT
ATTTGTGATG CTGCTGTGAA GTTAACGAAA AATGTAAACT ATTTAAATGC AGGAACAGTA
GAATTCCTTG TAAAAGATGA TGAGTTTTAC TTCATTGAAG TAAATCCACG TGTTCAAGTA
GAACATACGA TTACAGAAAT GATTACAGGA GTAGATATCG TTCAATCACA AATTTTAATA
GCTGATGGAC ATTCATTACA TAGCAAAATG GTAGGTGTGC CGAAGCAAGA GGAAGTAGTT
GTGCATGGAT TTGCAATTCA ATCTCGTGTA ACAACTGAAG ATCCGCTAAA TAATTTTATG
CCGGATACAG GAAAAATTAT GGCGTATCGA TCAGGCGGTG GTTTTGGTGT GCGTCTTGAT
ACAGGAAATA GCTTCCAAGG TGCAGTTATT ACACCGTACT ACGATTCTTT ACTTGTAAAA
GTTACAACTT GGGCACTTAC TTTTGAGCAA GCAGCTGCAA AAATGGAACG TAACTTAAAA
GAATTCCGTA TTCGTGGTAT TAAAACAAAT ATTCCATTCC TAGAGAATGT AGTAAAACAT
AAAAACTTTT TATCAGGAGA ATATGATACT TCGTTTATTG ATGTGTCACC TGAACTATTC
TTGTTCCCGA AACGTAAAGA CCGCGGAACG AAAATGTTAA ATTATATTGG TTCAGTAACA
GTAAATGGCT TCCCAGGAGT AGGGAAAAAA GAGAAACCAA TTTTTCCAGA TGCTCGTATA
CCGAATGTAT TACACTCAGA GCCAATCCAA AATGGCACGA AACAAATTTT GGATGAGCGT
GGAGCGGACG GATTAGTAAA GTGGGTACAG GATCAAAAAC GTGTACTTTT GACGGATACA
ACATTCCGTG ATGCACATCA GTCATTACTT GCAACTCGTA TTCGTACAAA AGATTTACAT
CAAATTGCAG AGCCAACAGC GAGAATGTTA CCGAACCTAT TCTCAGCGGA AATGTGGGGC
GGTGCAACGT TTGATGTTGC GTATCGTTTC TTAAAAGAAG ATCCATGGGA ACGATTACTA
GATCTTCGTG AAAAAATGCC GAACGTGTTA TTCCAAATGT TACTTCGTTC TTCAAACGCA
GTTGGATACA AAAACTATCC AGATAATTTA ATCCAAAAAT TTGTAGAATG TTCTGCTCAA
GCTGGCATTG ATGTATTCCG TATTTTTGAT AGTTTAAACT GGGTAGAAGG CATGAGAGTT
GCAATTGATG CTGTACGAGA TACTGGTAAA ATTGCAGAAG CAACAATGTG CTACACAGGA
GATATTCATG ATCCATTACG TAGTAAATAT GATTTGAATT ATTATAAAAA CTTAGCAAAA
GAGTTGGAAG CATCGGGAGC TCACATTTTA GGTATTAAAG ATATGGCTGG CTTACTAAAA
CCAAACGCAG CATATGATTT AGTTTCAGCA TTAAAAGAGA CGGTATCGAT TCCGATTCAC
CTGCATACGC ACGATACGAG TGGAAATGGT ATATTAACGT ATACGAAGGC AATTGAAGCA
GGTGTTGATA TTGTCGATGT AGCAGTGAGT TCTATGGCTG GTCAAACGTC ACAACCGAGT
GCGAACACAT TATTCTATGC ACTAGGTGGA AATGAAAGAC AACCAGATGT TAATATCGAT
TCTTTAGAAA AGCTATCTCA TTATTGGGAA GATGTACGCA AATACTATGC ACCGTTTGAA
AGTGGTATGA ATGCACCTCA CACAGAGGTA TATATGCATG AAATGCCAGG TGGACAGTAT
AGTAATCTTC AACAACAAGC GAAGGCGGTT GGTTTAGGAG ATCGCTTTGA TGAAGTGAAA
GTAATGTACC GTCGTGTGAA TGACATGTTT GGAGATATTG TAAAAGTAAC ACCGTCATCA
AAAGTTGTTG GCGATATGGC ATTATTTATG GTTCAAAACC ACCTGACAGA ACAAGATGTT
TTAGAGCGTG GACATGCGTT GGACTTCCCG GGATCTGTTG TTGAAATGTT CTCTGGTGAT
TTAGGTCAAC CGTACGGTGG TTTCCCGAAA GAATTGCAAA AGATTATTTT AAAAGGGAAA
GAGCCGTTAA CAGTAAGACC AGGTGAACTA CTAGAGCCAG TAGATTTCGA CGCGTTAAAA
GAAGAATTAT TCCATAAACT TGGACGCGAA GTAACAATTT TTGATGTAGT TGCATATGCA
TTATATCCAA AAGTATTTAT GGACTATGAA AAAGTTGCTG AGCTTTATGG AAATGTATCT
GTACTTGATA CACCGACGTT CTTCTATGGT ATGAGACTAG GTGAAGAAAT TGATGTGGAG
ATTGAACAAG GTAAGACATT GATGGTTAAA CTTGTATCAA TTGGAGAACC ACAGCCGGAT
GGAAATCGTG TCCTTTACTT GGAATTTAAT GGTCAACCAC GTGAAATTGT CGTGAAAGAC
GAGAATGTGA AAGCAACAGT TGCACAACGT GTGAAAGGAA ACCGTGAAAA TCCAAATCAC
ATTAGTGCAA CAATGCCAGG AACGGTAATT AAAGTAGTTG TAAAAGAAGG CGATGAAGTG
AAAAAAGGCG ATTCTATGGC AATTACAGAG GCAATGAAAA TGGAAACGAC AGTTCAAGCG
CCGTTTAATG GTAAAGTGAA AAAAGTATAT GTTAACGATG GTGATGCAAT TCAAACGGGT
GATTTACTTA TTGAATTAGA TCACTAA
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| Protein sequence | MTKLQRIQKV LVANRGEIAI RVFRACSELG LKTVAIYSKE DSGSYHRYKA DESYLVGEGK
KPIDAYLDIE GIIEIAKSNH VDAIHPGYGF LSENIQFAKR CEEEGIIFIG PKSKHLDMFG
DKVKARTQAQ LAQIPVIPGS DGPVDSLEEV EKFAEKYDYP IIIKASLGGG GRGMRIVRTS
EELGESYNRA KSEAKAAFGN DEVYVEKFVE KPKHIEVQIL ADEEGNVVHL YERDCSVQRR
HQKVVEIAPS VSLSDDLRQR ICDAAVKLTK NVNYLNAGTV EFLVKDDEFY FIEVNPRVQV
EHTITEMITG VDIVQSQILI ADGHSLHSKM VGVPKQEEVV VHGFAIQSRV TTEDPLNNFM
PDTGKIMAYR SGGGFGVRLD TGNSFQGAVI TPYYDSLLVK VTTWALTFEQ AAAKMERNLK
EFRIRGIKTN IPFLENVVKH KNFLSGEYDT SFIDVSPELF LFPKRKDRGT KMLNYIGSVT
VNGFPGVGKK EKPIFPDARI PNVLHSEPIQ NGTKQILDER GADGLVKWVQ DQKRVLLTDT
TFRDAHQSLL ATRIRTKDLH QIAEPTARML PNLFSAEMWG GATFDVAYRF LKEDPWERLL
DLREKMPNVL FQMLLRSSNA VGYKNYPDNL IQKFVECSAQ AGIDVFRIFD SLNWVEGMRV
AIDAVRDTGK IAEATMCYTG DIHDPLRSKY DLNYYKNLAK ELEASGAHIL GIKDMAGLLK
PNAAYDLVSA LKETVSIPIH LHTHDTSGNG ILTYTKAIEA GVDIVDVAVS SMAGQTSQPS
ANTLFYALGG NERQPDVNID SLEKLSHYWE DVRKYYAPFE SGMNAPHTEV YMHEMPGGQY
SNLQQQAKAV GLGDRFDEVK VMYRRVNDMF GDIVKVTPSS KVVGDMALFM VQNHLTEQDV
LERGHALDFP GSVVEMFSGD LGQPYGGFPK ELQKIILKGK EPLTVRPGEL LEPVDFDALK
EELFHKLGRE VTIFDVVAYA LYPKVFMDYE KVAELYGNVS VLDTPTFFYG MRLGEEIDVE
IEQGKTLMVK LVSIGEPQPD GNRVLYLEFN GQPREIVVKD ENVKATVAQR VKGNRENPNH
ISATMPGTVI KVVVKEGDEV KKGDSMAITE AMKMETTVQA PFNGKVKKVY VNDGDAIQTG
DLLIELDH
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