| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCAH187_C0012 |
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| Symbol | |
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| ID | 7072848 |
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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_011655 |
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| Strand | - |
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| Start bp | 219535 |
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| End bp | 222831 |
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| Gene Length | 3297 bp |
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| Protein Length | 1098 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 643448426 |
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| Product | hypothetical protein |
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| Protein accession | YP_002336024 |
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| Protein GI | 217956928 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair |
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| COG ID | [COG0553] Superfamily II DNA/RNA helicases, SNF2 family |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 41 |
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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 | 167 |
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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 | ATGTTACAAG AAATAATTCA ACAAGATACA TTTGACCAGG AACAAACACC AGCGATGTTG
CAATTGGAGA CAGGCACTGC TTCACATTCA GCTTTCTGCT TTGCTATGGC AGTTAATCAT
AACAACCAAA TGCAATTTGC AGTGTTAGGT GCGAATGACA GTACATTAAA GTCATTCAGA
GCAGCCATAT CAATGGGTAC TAGTCGTTTG TATTTTGGAG AGGGGCAAAA AGAAGAATTA
CATTATGTAT TAGGCAAAAA AATGAATGTA AATTCGAAAG GGCAATTTGA GTTTATAAAT
ACACAAACAG TAAATAGAAA AAAGGCAATT ATTGCGTTTT CTAAAGAATT AGAAGAAAAG
TATATTGTGG CAATTGATGA AGCACCAGAA ATGCAAGTAA GAGATTTCTT AATGGCTCCT
CCATATGGTC TCCCAATTTT AGAAGAATGG GCGAAACCAA TTTATGAAGA GATGTTAACA
AGAAATTTGT TACAACCATT AAATGTGTAT TTTGATAGAA ATGAATTTAC TTCTCTATCT
ATTGCGCAGG TAGCGTTAAA AGAGGAGGAT TGTAAAGAGT TTTTATCAGA AATGATACGT
ACTGGAAAAT GTCAATTCCC GCAAGAGGGT ACAGGTGAAA AGATCAATGA AATTAATGAT
TTAAATGAAT ATCTATTGGA ATATTCGCCT GTCATGCTTG ATAAAGTAAC AAAATTAGAT
GAGCCTTTAC ATCAACCGAT GAAAGAACAG GCATTATCTC ATTTTGATAC ATACCAAAGA
CCATTATTCC CTGTACAGGC ACATGTAGCA ACAGGTGCAG CAAAAGCATT ACAAGTACAA
AAAGGGATCA TTATACAGGG GGAAATGTCG AGCGGAAAAA GTGCAATTAT GACAGCGACA
GTAGATGGAT ATTTCCATTT GACAGGACAA AAAGGATATC GTACCTGCGT ATTTGTGCCA
CCGACTCTAA CTGAGAAGTG GGCAAAAGAA GAAATACGAC ACTTAATACC AGACGCAGAT
GTACATCTGA TTAAACGTAC AGAGGATTTA ATTCGCATTC ATCAATCTTG GATCCAGGCA
GGAAGGCCAA AACCAGAAAA GCCAACCTTC TTTGTCATTA GTTTTACTAC AATGCGAGGG
GATTCTATTA AACAGATGCC ATTACCTTAT AAGCAAATTG CACTTTCCAA GAAATCGGAG
GAAGAGGTGC AAAGATATTA TAAGAATGGA TACTATTGTC CAGATTGTGG TGCTAAGTTA
CGTAAAAAAA CGTCTTCTAT TATAGTTCAA CAAGCTAATG GTGAACAGAA AGAAGTCTGC
CAGTATAAAG ATTTTACAGC AAGTGACTTA GATTCGAAAA CAAATAAAAA TAGTGTATGT
GCTGATTGTA ATTCAAACAT TTGGAGTCCA AAAGTAAAAA CGAAATATGC GAGTTTTAAA
GATTGGACCA AATATGAAAA TAAATTAGTA CAAGCAATAA AAGAGGGAAA TAAACCGCTG
CAAAAACAAC TAGAGCTAGA GAATCGTGTG AAGCCATATG ATGCGAAACA ATCAGGAAGA
GCATATCGAA AGGTAGCTAC TGTTGAGTAT ATTCGTAGAA AAATGAAACA CTTCTTTGAT
GCTCTTATCG TTGATGAAGT TCACGAATTA AAGAGTGAAA CAGCACAAGG AACTGCTTTA
GGAAGTTTAG CAAGGGTTTG TAAGAAAGTC GTAGCTGGAA CAGGTACATT ATTTGGTGGG
CGCGCAAGCG ACGTATTCTA TACGTTATGG CGTCTGTTCC CTCAAAAAAT GGTGAAAAGT
GGGTTTGAAT ATAGTTCTTT AATGGAATGG AATGAAACCT ACGGAAATAT CGAGAGAACA
TATTACCATG ATGGTGAGGT CACATCTAAT ATAGCTTCAC GTGGAGCACA AGGTAATTTA
GATAAAACCA AGGTCGTACC TGGTATTTCA CCTTATGTGT TTACCCAATT TTTAATGGAT
ACAACCATTA ATGTGCGCTT AAAAGATGTG TGGCCAAATC CTGTGGAGTT AATTAATGTA
CCTACGATTC TTGTCGATAT GTCGGAAGAA CAAAAACAGG CTTATGAGCA TATGAAAGAA
TCTTTTGAGA AGGCGATTGA AGGGGCGAAA GGTACACCAG ATGTTGGGAA ACTATGGCTC
TCTTATATTC GTACAGGAAA TTCGTATCCA GACAATATGA ATCACTACCC AAACTATCAC
TTAGATAATG CGGAAAGAGA ATTAGTTTGG TCCAACGAAG AATTCAGATT TGATGAGGAT
TGTATACAGC CGAAGGAGAA GAAGCTGCAA GAAATATTGC ATACTGAAAT CTCTGAAGGC
CGTCCAACCA TCATTTATGT ATCTGATACA GGATCTACAG TGAAAGAACG AGACATTCAG
CCTCGTTTAC AAAAGGTTGC AGAGCAAGTG CCTGGGGCAA AAGTAGCTAT ACTTCGTACG
AATACAGTTA CTCCGCCAAA GCGCAGTGCA TGGTTAAAAG AGCAAGTAAA TAGCGGTGTG
AATGTTATCA TCTGTTCACA AGAATTAGTT AAGGTAGGAT TGGACTTGCT GGCGACGCCA
ACATTAATTT TCTACCAATT ATCATTCAGC TTATTTACAT TAAATCAGGC TGCAAGAAGA
CATTGGCGCA TTGGTCAAAC AAAGCAATGC AGAACTTTCT ATCTTGGATA TCGAGAAACA
TTCCAAGAAC AGATGGCGCA ATTAATTGCC CAAAAGAATA AAGCTGCTGA AGCAATGAAT
GGTGATGCAA CAAGTGATGG ACTGAATGCA ATGCTTGGTG ATACAGGAGA TCTTCAGACG
TTATTAATCC AAAATATTAA AAGCGGGAAT CAATTAAAAG GTTCAACAGA AGAGTGGACA
CAGGCAGCAT CGGAAGAATC TAAGCGAGTA CTTGCAAATA TCGGTAAAGT AATTACACCA
GTGTTTGAAT CAATTGAGAT CCAATTTACA AACTGGGTGA AAACATTACC GAGTACATTT
GACGTATCGT ATATGGAAGA TGCGAAATTT GTGCAAAAAG CCGTTGAATA TATCCAAGAA
GAAAAAGTTC CTGGCGTTGT AGTAAAGCAA CGTAAACTTG AAATTGACGG GAATGTAGAA
GATATCATAC GTACTTTAAC AACATTGAAT GCCGATAAGC GTATGCTTGT ACAAAAACAA
GACATTACAC TCTGGGATGA ATTGATTGTG GAAGTAGATG GTTCTCAAAA GAAAGGAAAA
GGAAAACAAA AAAATAAAGT AATTGAAGGA CAATTTGAGT TTGATTTATT TGGTTAA
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| Protein sequence | MLQEIIQQDT FDQEQTPAML QLETGTASHS AFCFAMAVNH NNQMQFAVLG ANDSTLKSFR
AAISMGTSRL YFGEGQKEEL HYVLGKKMNV NSKGQFEFIN TQTVNRKKAI IAFSKELEEK
YIVAIDEAPE MQVRDFLMAP PYGLPILEEW AKPIYEEMLT RNLLQPLNVY FDRNEFTSLS
IAQVALKEED CKEFLSEMIR TGKCQFPQEG TGEKINEIND LNEYLLEYSP VMLDKVTKLD
EPLHQPMKEQ ALSHFDTYQR PLFPVQAHVA TGAAKALQVQ KGIIIQGEMS SGKSAIMTAT
VDGYFHLTGQ KGYRTCVFVP PTLTEKWAKE EIRHLIPDAD VHLIKRTEDL IRIHQSWIQA
GRPKPEKPTF FVISFTTMRG DSIKQMPLPY KQIALSKKSE EEVQRYYKNG YYCPDCGAKL
RKKTSSIIVQ QANGEQKEVC QYKDFTASDL DSKTNKNSVC ADCNSNIWSP KVKTKYASFK
DWTKYENKLV QAIKEGNKPL QKQLELENRV KPYDAKQSGR AYRKVATVEY IRRKMKHFFD
ALIVDEVHEL KSETAQGTAL GSLARVCKKV VAGTGTLFGG RASDVFYTLW RLFPQKMVKS
GFEYSSLMEW NETYGNIERT YYHDGEVTSN IASRGAQGNL DKTKVVPGIS PYVFTQFLMD
TTINVRLKDV WPNPVELINV PTILVDMSEE QKQAYEHMKE SFEKAIEGAK GTPDVGKLWL
SYIRTGNSYP DNMNHYPNYH LDNAERELVW SNEEFRFDED CIQPKEKKLQ EILHTEISEG
RPTIIYVSDT GSTVKERDIQ PRLQKVAEQV PGAKVAILRT NTVTPPKRSA WLKEQVNSGV
NVIICSQELV KVGLDLLATP TLIFYQLSFS LFTLNQAARR HWRIGQTKQC RTFYLGYRET
FQEQMAQLIA QKNKAAEAMN GDATSDGLNA MLGDTGDLQT LLIQNIKSGN QLKGSTEEWT
QAASEESKRV LANIGKVITP VFESIEIQFT NWVKTLPSTF DVSYMEDAKF VQKAVEYIQE
EKVPGVVVKQ RKLEIDGNVE DIIRTLTTLN ADKRMLVQKQ DITLWDELIV EVDGSQKKGK
GKQKNKVIEG QFEFDLFG
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