| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCAH187_A3250 |
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| Symbol | cypD |
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| ID | 7074479 |
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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 AH187 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011658 |
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| Strand | - |
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| Start bp | 3023458 |
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| End bp | 3026655 |
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| Gene Length | 3198 bp |
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| Protein Length | 1065 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 643451691 |
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| Product | bifunctional P-450:NADPH-P450 reductase 1 |
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| Protein accession | YP_002339198 |
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| Protein GI | 217960634 |
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| COG category | [P] Inorganic ion transport and metabolism
[Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG0369] Sulfite reductase, alpha subunit (flavoprotein)
[COG2124] Cytochrome P450 |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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| Plasmid unclonability p-value | 0.95935 |
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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 | ATGGATAAAA AAGTATCTGC CATTCCCCAG CCGAAAACAT ATGGACCGCT AGGGAATCTC
CCATTAATCG ATAAAGATAA ACCGACTCTA TCGTTTATTA AGCTGGCAGA AGAGTATGGT
CCTATTTTTC AAATTCAAAC TTTGAGTGAT ACCATCATTG TCGTTTCTGG ACATGAACTG
GTAGCGGAAG TTTGTGATGA AACAAGATTT GATAAAAGTA TAGAGGGTGC TTTAGCAAAG
GTTCGTGCCT TTGCTGGAGA CGGATTATTT ACAAGCGAGA CTGACGAGCC TAACTGGAAA
AAAGCTCATA ATATTTTGAT GCCTACATTC AGTCAACGGG CAATGAAAGA TTATCATGCT
ATGATGGTCG ATATTGCCGT GCAACTCGTT CAAAAATGGG CAAGACTGAA TCCGAATGAA
AATGTAGATG TCCCAGGGGA TATGACTCGC CTTACATTAG ATACAATTGG TCTATGTGGT
TTTAATTACC GATTTAATAG CTTTTATCGT GAGACCTCTC ATCCTTTTAT CACTAGCATG
ACCCGTGCTC TAGATGAGGC GATGCACCAA TTGCAGCGGC TGGATATAGA AGATAAACTC
ATGTGGAGAA CGAAACGTCA ATTTCAGCAT GATATTCAAT CTATGTTTTC TTTAGTAGAT
AATATTATTG CTGAACGTAA AAGTAGTGGA AATCAGGAAG AAAATGATTT ACTTTCCCGT
ATGTTACATG TGCAGGATCC GGAAACGGGT GAAAAATTAG ATGATGAAAA TATTCGTTTT
CAAATTATCA CTTTTTTAAT AGCTGGGCAT GAAACAACAA GTGGATTGTT ATCTTTTGCA
ATCTATTTTT TATTAAAGAA TCCGGATAAA TTGGAAAAAG CCTATGAAGA AGTAGACCGT
GTTTTGACAG ATCCCACTCC AACATACCAA CAAGTTATGA AGCTTAAGTA TATACGGATG
ATTTTAAATG AATCACTACG TCTATGGCCG ACTGCTCCAG CATTCAGTCT CTATGCGAAA
GAAGATACAG TGATTGGTGG GAAATATCCA ATTAAGAAAG GAGAGGATCG TATTTCTGTC
CTTATTCCAC AGCTACATAG GGATAAAGAT GCGTGGGGAG ACAATGTGGA AGAATTCCAA
CCTGAACGAT TTGAAGAGCT GGATAAGGTT CCTCATCATG CTTATAAACC ATTTGGAAAT
GGTCAGCGAG CATGTATCGG TATGCAGTTT GCACTTCATG AAGCCACACT CGTAATGGGA
ATGCTTCTTC AACATTTTGA ATTCATCGAT TATGAAGACT ATCAGCTGGA CGTAAAACAA
ACATTAACGC TAAAGCCTGG TGATTTTAAA ATTAGGATTG TACCTCGAAA TGAAACTATT
AGCCATAATA CTGTTCTTGC GCCTACAGAG GAGAAACTGA AAAACGATGA AACCAAGCAG
CAAGTTCAGA AAACTCCTTC TATTATTGGA GCCGATAATC TTTCGCTTCT TGTTCTGTAT
GGCTCGGATA CAGGGGTAGC AGAGGGCATT GCAAGAGAAC TAGCAGATAC AGCTAGTTTA
GAAGGTGTTC AAACGGAAGT GGCAGCTCTT AACGATCGAA TTGGAAGTTT GCCGAAAGAA
GGAGCGGTTC TTATTGTAAC TTCTTCTTAT AATGGAAAAC CGCCAAGTAA TGCAGGACAG
TTTGTGCAAT GGTTGGAAGA ATTAAAACCA GATGAGCTAA AAGGTGTTCA ATACGCAGTT
TTTGGTTGTG GAGATCATAA TTGGGCTAGT ACTTATCAGC GAATTCCAAG ATACATTGAT
GAGCAAATGG CTCAAAAAGG AGCAACAAGG TTTTCTAAAC GCGGAGAAGC AGATGCAAGT
GGTGATTTTG AGGAACAGCT CGAGCAATGG AAACAAAGTA TGTGGTCTGA TGCGATGAAG
TCATTTGGAT TGGAACTTAA CAAAAACATG GAGAAAGAAC GCAGTACTTT GAGCCTGCAA
TTTGTCAGCC GTCTTGGAGG ATCTCCTCTT GCGCGAACAT ATGAAGCAGT TTATGCATCT
ATATTAGAAA ATCGTGAACT TCAATCATCT AGCAGTGAAA GAAGTACGCG ACATATTGAG
ATATCATTGC CAGAAGGCGC TACATATAAA GAAGGAGACC ACCTTGGGGT ACTGCCAATT
AATAGTGAGA AAAATGTCAA CCGAATTTTA AAACGCTTTG GATTAAACGG GAAGGATCAA
GTCATTTTAA GCGCAAGTGG GCGCAGTGTA AATCATATAC CTTTAGACAG TCCTGTTCGT
TTATATGACC TTCTTAGTTA TAGTGTCGAA GTGCAAGAAG CAGCTACTCG TGCACAAATA
CGAGAAATGG CGACATTCAC AGTATGCCCT CCTCATAAAA AGGAATTGGA ATCATTATTG
GAAGAGGGAG TTTATCAAGA ACAAATATTA AAGAAACGTA TTTCAATGTT AGATCTTCTT
GAAAAGTATG AGGCTTGTGA AATCCGATTT GAACGCTTTT TAGAACTTCT TCCGGCGCTC
AAACCGCGTT ACTATTCTAT CTCAAGTTCT CCACTTGTTG CCCAGGATCG TCTGAGCATT
ACGGTTGGTG TTGTAAATGC GCCTGCATGG AGTGGGGAAG GGACATATGA AGGAGTCGCT
TCTAATTATT TAGCTCAGCG TCATAATAAA GATGAGATTA TCTGTTTCAT TCGAACGCCA
CAATCAAACT TTCAATTACC TGAAAATCTA GAAACACCAA TTATCATGGT TGGACCAGGC
ACTGGAATTG CACCATTCCG TGGATTCTTA CAAGCGCGTC GTGTTCAAAA GCAAAAAGGT
ATGAAGGTAG GAGAAGCACA TCTATACTTT GGTTGTCGTC ATCCTGAAAA GGATTATCTC
TATCGTACAG AATTAGAAAA TGATGAAAGA GAGGGATTAA TCTCTTTACA CACAGCTTTT
TCTCGCTTAG AAGGACATCC TAAAACATAT GTACAGCATG TAATAAAAGA AGATAGAATC
CATTTAATTT CGTTATTAGA TAATGGGGCC CATCTTTATA TATGTGGTGA TGGAAGTAAA
ATGGCTCCTG ACGTAGAAGA TACCCTTTGT CAAGCCTATC AAGAAATTCA TGAAGTTAGT
GAACAAGAAG CAAGGAATTG GTTAGATCGT TTGCAAGATG AAGGGCGATA TGGAAAAGAT
GTTTGGGCTG GTATATGA
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| Protein sequence | MDKKVSAIPQ PKTYGPLGNL PLIDKDKPTL SFIKLAEEYG PIFQIQTLSD TIIVVSGHEL
VAEVCDETRF DKSIEGALAK VRAFAGDGLF TSETDEPNWK KAHNILMPTF SQRAMKDYHA
MMVDIAVQLV QKWARLNPNE NVDVPGDMTR LTLDTIGLCG FNYRFNSFYR ETSHPFITSM
TRALDEAMHQ LQRLDIEDKL MWRTKRQFQH DIQSMFSLVD NIIAERKSSG NQEENDLLSR
MLHVQDPETG EKLDDENIRF QIITFLIAGH ETTSGLLSFA IYFLLKNPDK LEKAYEEVDR
VLTDPTPTYQ QVMKLKYIRM ILNESLRLWP TAPAFSLYAK EDTVIGGKYP IKKGEDRISV
LIPQLHRDKD AWGDNVEEFQ PERFEELDKV PHHAYKPFGN GQRACIGMQF ALHEATLVMG
MLLQHFEFID YEDYQLDVKQ TLTLKPGDFK IRIVPRNETI SHNTVLAPTE EKLKNDETKQ
QVQKTPSIIG ADNLSLLVLY GSDTGVAEGI ARELADTASL EGVQTEVAAL NDRIGSLPKE
GAVLIVTSSY NGKPPSNAGQ FVQWLEELKP DELKGVQYAV FGCGDHNWAS TYQRIPRYID
EQMAQKGATR FSKRGEADAS GDFEEQLEQW KQSMWSDAMK SFGLELNKNM EKERSTLSLQ
FVSRLGGSPL ARTYEAVYAS ILENRELQSS SSERSTRHIE ISLPEGATYK EGDHLGVLPI
NSEKNVNRIL KRFGLNGKDQ VILSASGRSV NHIPLDSPVR LYDLLSYSVE VQEAATRAQI
REMATFTVCP PHKKELESLL EEGVYQEQIL KKRISMLDLL EKYEACEIRF ERFLELLPAL
KPRYYSISSS PLVAQDRLSI TVGVVNAPAW SGEGTYEGVA SNYLAQRHNK DEIICFIRTP
QSNFQLPENL ETPIIMVGPG TGIAPFRGFL QARRVQKQKG MKVGEAHLYF GCRHPEKDYL
YRTELENDER EGLISLHTAF SRLEGHPKTY VQHVIKEDRI HLISLLDNGA HLYICGDGSK
MAPDVEDTLC QAYQEIHEVS EQEARNWLDR LQDEGRYGKD VWAGI
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