| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCAH820_3962 |
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| Symbol | pyc |
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| ID | 7190476 |
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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 | 3799448 |
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| End bp | 3802894 |
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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 | 643557373 |
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| Product | pyruvate carboxylase |
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| Protein accession | YP_002452912 |
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| Protein GI | 218905078 |
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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 | 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 | 165 |
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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 GGAACTGGGA TTAAAAACAG TTGCAATCTA TTCCAAAGAG
GATAGTGGTT CTTATCATCG TTATAAAGCC GATGAGTCCT ATTTAGTTGG GGAAGGAAAA
AAGCCAATTG ATGCTTATCT AGATATTGAG GGCATTATTG AGATTGCGAA AAGTAATCAT
GTAGATGCAA TCCACCCTGG ATATGGTTTC TTGTCAGAAA ATATTCAATT CGCAAAACGT
TGTGAAGAAG AAGGAATTAT CTTTATTGGT CCAAAAAGTA AGCATTTAGA TATGTTTGGA
GATAAAGTGA AAGCAAGAAC ACAAGCGCAG CTAGCACAAA TTCCAGTTAT TCCTGGTAGT
GATGGACCGG TAGATTCGTT AGAAGAAGTT AAAGAATTTG CTGAAAAGTA TGATTACCCG
ATTATAATCA AAGCTTCCCT TGGCGGTGGC GGTCGTGGTA TGCGTATTGT ACGTACTAGT
GAAGAATTAA GAGAATCGTA TAATCGAGCG AAGTCAGAAG CAAAGGCAGC CTTTGGTAAT
GATGAAGTAT ACGTTGAAAA ATTCGTTGAA AAACCTAAAC ATATAGAAGT TCAAATTTTA
GCAGATGAAG AGGGCAATGT TGTTCATTTA TACGAGCGAG ACTGTTCTGT ACAACGTCGT
CACCAAAAAG TAGTAGAAAT TGCACCTAGT GTGTCGCTTT CAGATGATTT GCGTCAGCGT
ATTTGTGAAG CTGCTGTAAA GTTAACGAAA AATGTAAATT ATTTAAACGC AGGAACAGTT
GAATTCCTTG TTAAAGATGA TAATTTCTAT TTCATTGAAG TAAATCCACG TGTTCAAGTA
GAACATACAA TTACAGAAAT GATTACAGGA GTTGACATCG TTCAATCGCA AATTTTAATA
GCTGATGGAC ATGCATTACA TAGTAAAATG GTAGGTGTTC CAAAGCAAGA GGAAGTGGTT
GTGCACGGTT TTGCAATCCA ATCCCGTGTA ACGACTGAGG ACCCACTAAA TAATTTCATG
CCGGATACAG GGAAAATTAT GGCATACCGA TCAGGTGGTG GCTTTGGGGT TCGTCTTGAT
ACAGGTAATA GTTTCCAAGG TGCAGTAATT ACACCGTACT ATGATTCTTT ACTTGTAAAA
GTTACAACAT GGGCGCTTAC TTTTGAACAG GCTGCTGCAA AAATGGAACG TAACTTAAAA
GAATTCCGTA TTCGTGGTAT TAAAACTAAT ATTCCATTTC TAGAGAATGT AGTAAAACAT
AAAAACTTCT TATCAGGGGA ATATGACACT TCATTTATTG ATGCGTCACC TGAACTATTC
TTGTTCCCGA AACGTAAAGA CCGCGGAACG AAAATGTTAA ATTACATCGG GACAGTAACA
GTAAATGGTT TTCCGGGAGT AGGGAAAAAA GAGAAACCAA TTTTCCCGGA TGCTCGTATA
CCGAATATAT TACACTCAGA GCCGATCCAA AATGGAACGA AACAAATTTT GGATGAGCGT
GGAGCAGACG GATTAGTAAA ATGGGTACAA GATCAAAAAC GTGTCCTTTT AACGGATACA
ACATTCCGTG ATGCGCATCA GTCATTACTT GCAACGCGTA TTCGTACAAA AGATTTACAT
CAAATTGCAG AGCCGACAGC GAGAATGTTA CCAAACTTAT TCTCAGCGGA AATGTGGGGC
GGTGCAACGT TTGATGTTGC GTATCGTTTC TTAAAAGAAG ATCCATGGGA ACGATTACTA
GATCTTCGTG AAAAAATGCC AAACGTTTTA TTCCAAATGT TACTTCGTTC TTCAAATGCA
GTTGGTTACA AAAACTATCC GGATAATTTA ATTCAAAAGT TTGTGGAATG TTCTGCTCAA
GCTGGAATTG ATGTGTTCCG TATTTTTGAT AGCTTAAACT GGGTAGAAGG TATGAGAGTT
GCAATTGATG CTGTACGAGA TACTGGTAAA ATTGCAGAAG CAACTATGTG CTACACAGGA
GATATTCATG ATCCATTACG TAGTAAATAT GATTTAAATT ACTATAAAAA CTTAGCAAAA
GAGTTAGAAG CATCAGGAGC TCACATTTTA GGTATTAAAG ATATGGCGGG CTTACTAAAA
CCAAACGCAG CATATGATTT AGTTTCAGCA TTAAAAGAGA CGGTATCGAT TCCGATTCAC
CTGCACACAC ACGATACGAG TGGGAATGGT ATTTTAACGT ATACGAAAGC AATTGAAGCA
GGTGTTGATA TTGTCGATGT AGCAGTAAGT TCTATGGCTG GTCAAACGTC ACAACCAAGT
GCGAACACGC TATACTATGC GTTAGGTGGA AATGAAAGAC AGCCAGACGT TAATATAGAT
TCATTAGAAA AACTATCTCA TTACTGGGAA GATGTACGTA AATACTACGC ACCGTTTGAA
AGTGGTATGA ATGCTCCTCA TACAGAGGTA TATATGCACG AAATGCCAGG CGGACAATAT
AGTAATTTAC AACAACAAGC GAAAGCGGTT GGTTTAGGAG ATCGCTTCGA TGAAGTAAAA
GTAATGTACC GCCGCGTGAA TGACATGTTT GGTGATATTG TTAAAGTAAC ACCATCATCA
AAAGTTGTCG GTGATATGGC ATTATTTATG GTTCAAAATC ACTTAACAGA ACAAGATATT
TTAGAGCGTG GGCATTCTAT GGACTTCCCA GGATCTGTTG TTGAAATGTT CTCAGGAGAT
TTAGGACAAC CATATGGTGG TTTCCCGAAA AAGCTACAAG AAATTATTTT AAAAGGAAAA
GAGCCATTAA CAGTAAGACC GGGTGAATTA TTAGAGCCAG TAGATTTCGA CGCGTTAAAA
GAAGAACTAT TCCATAAACT TGGACGCGAA GTGACGATTT TTGATGTAGT TGCATATGCG
TTATATCCAA AAGTGTTTAT GGATTACGAA AAAGTTGCTG AGCTTTATGG AAATGTATCT
GTGCTTGATA CACCGACATT CTTCTATGGT ATGAGACTTG GTGAAGAAAT CGATGTGGAA
ATTGAACAAG GTAAAACGTT GATGGTTAAA CTAGTATCAA TTGGAGAGCC TCAGCCAGAT
GGAAATCGTG TTCTTTATCT GGAATTTAAC GGTCAACCAC GTGAGATTGT TGTGAAAGAC
GAAAGTGTGA AAGCAACAGT GGCACAACGT GTGAAAGGAA ACCGTGAAAA TCCAAACCAC
ATTAGTGCAA CAATGCCAGG AACGGTTATT AAAGTAGTTG TAAAAGAAGG CGATGAAGTG
AAAAAAGGCG ATTCTATGGC AATTACAGAA GCGATGAAAA TGGAAACGAC AGTTCAAGCG
CCGTTCAATG GTAAAGTGAA AAAAGTTTAT GTTAACGATG GAGATGCAAT TCAAACGGGT
GACTTACTTA TTGAATTAGA TCACTAA
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| Protein sequence | MTKLQRIQKV LVANRGEIAI RVFRACSELG LKTVAIYSKE DSGSYHRYKA DESYLVGEGK
KPIDAYLDIE GIIEIAKSNH VDAIHPGYGF LSENIQFAKR CEEEGIIFIG PKSKHLDMFG
DKVKARTQAQ LAQIPVIPGS DGPVDSLEEV KEFAEKYDYP IIIKASLGGG GRGMRIVRTS
EELRESYNRA KSEAKAAFGN DEVYVEKFVE KPKHIEVQIL ADEEGNVVHL YERDCSVQRR
HQKVVEIAPS VSLSDDLRQR ICEAAVKLTK NVNYLNAGTV EFLVKDDNFY FIEVNPRVQV
EHTITEMITG VDIVQSQILI ADGHALHSKM VGVPKQEEVV VHGFAIQSRV TTEDPLNNFM
PDTGKIMAYR SGGGFGVRLD TGNSFQGAVI TPYYDSLLVK VTTWALTFEQ AAAKMERNLK
EFRIRGIKTN IPFLENVVKH KNFLSGEYDT SFIDASPELF LFPKRKDRGT KMLNYIGTVT
VNGFPGVGKK EKPIFPDARI PNILHSEPIQ 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
ANTLYYALGG NERQPDVNID SLEKLSHYWE DVRKYYAPFE SGMNAPHTEV YMHEMPGGQY
SNLQQQAKAV GLGDRFDEVK VMYRRVNDMF GDIVKVTPSS KVVGDMALFM VQNHLTEQDI
LERGHSMDFP GSVVEMFSGD LGQPYGGFPK KLQEIILKGK EPLTVRPGEL LEPVDFDALK
EELFHKLGRE VTIFDVVAYA LYPKVFMDYE KVAELYGNVS VLDTPTFFYG MRLGEEIDVE
IEQGKTLMVK LVSIGEPQPD GNRVLYLEFN GQPREIVVKD ESVKATVAQR VKGNRENPNH
ISATMPGTVI KVVVKEGDEV KKGDSMAITE AMKMETTVQA PFNGKVKKVY VNDGDAIQTG
DLLIELDH
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