Gene BCAH187_A4862 details

Gene Information

• Locus tag: BCAH187_A4862
• ID: 7077570
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Bacillus cereus AH187
• Kingdom: Bacteria
• Replicon accession: NC_011658
• Strand: -
• Start bp: 4502218
• End bp: 4505730
• Gene Length: 3513 bp
• Protein Length: 1170 aa
• Translation table: 11
• GC content: 55%
• IMG OID: 643453274
• Product: collagen triple helix repeat domain protein
• Protein accession: YP_002340785
• Protein GI: 217962215

Plasmid Coverage information

• Num covering plasmid clones: 34
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

GTGAGAGAGC GCGATAATAA AAGGCAACAA CATTCGTTAA ACCCTAATTT TAGAATTTCA 
CCAGAACTTA TTGGGCCCAC TTTTCCTCCC GTTCCAACGG GATTTACTGG TATTGGGATT 
ACTGGTCCAA CCGGTCCACA AGGCCCGACT GGCCCACAAG GACCGAGAGG GTTTCAAGGT 
CCGATGGGGG AGATGGGCCC GACAGGACCT CAAGGTGTGC AGGGAATTCA AGGACCCGTT 
GGACCAATAG GCGCAACGGG ACCAGAAGGA CAGCAGGGGC CACAAGGGTT GAGAGGACCA 
CAAGGAGAAA CTGGAGCGAC AGGACCGGGG GGTGTGCAAG GGTTACAAGG TCCGATTGGT 
CCAACGGGAG CGACTGGGGC ACAAGGTGTA CAAGGGATAC AGGGATTACA GGGACCAATT 
GGAGCGACGG GACCTGAGGG TCCACAAGGA ATTCAAGGAG TCCAAGGATT ACCAGGAGCA 
ACAGGTTCAC AAGGGATACA AGGAGTGCAA GGGATACAAG GTCCACAAGG ACCGAGTGGA 
AATACAGGGG CAACTGGAGC GACTGGTCAG GGGATAACAG GTCCAACTGG GATAACAGGC 
CCAACAGGGA TAACTGGACC ATCAGGAGGA CCTCCAGGTC CAACCGGTCC GACTGGAGCA 
ACAGGAAATA CAGGGGCAAC AGGAAATACA GGGATAACAG GAGCAACGGG AAGTACAGGT 
CCGACTGGAA GCACAGGAGC ACAGGGCTTG CAAGGAATAC AAGGGATTCA AGGACCAATT 
GGGCCAACGG GTCCAGAAGG TCCGCAAGGA ATTCAAGGTA TTCCTGGTCC GACGGGCGTA 
ACTGGTGAAC AAGGAATTCA AGGAGTTCAG GGAATTCAAG GGATCACGGG GGCAACTGGT 
GATCAAGGCC CGCAAGGTAT ACAGGGGGTT ATAGGGCCTC AAGGTGTAAC AGGAGCAACC 
GGAGATCAGG GTCCACAAGG AATACAAGGA GTACCAGGGC CATCAGGAGC AACAGGCCCA 
CAGGGAGTGC AAGGGATACA AGGTCCGATG GGTGATATAG GACCAACAGG TCCAGAAGGT 
CCAGAGGGAC TTCAGGGGCC GCAAGGAATA CAAGGTGTGC CAGGGCCAGT TGGAGCGACG 
GGTCCAGAGG GTCCTCAGGG GATACAAGGA ATTCAAGGAG TGCAAGGAGC AACAGGCCCA 
CAAGGTCCAC AAGGAATTCA GGGAATACAA GGTGTGCAAG GGATAACGGG AGCAACTGGA 
ATACAAGGAG CAACTGGAAT TCAAGGGATA CAAGGGGAAA TAGGAGCAAC GGGTCCAGAG 
GGGCCCCAAG GAGTGCAAGG TGCTCAAGGG GCAATTGGTC CAACCGGTCC GATGGGGCCA 
CAAGGAGTGC AAGGAGTACA AGGAATTCAA GGAGCGACGG GTGCACAAGG AGTGCAAGGT 
CCACAAGGAA TTCAAGGAAT CCAAGGTCCG ACGGGGGCAA CAGGAGATAT GGGAGCAACT 
GGGGCGACAG GAGAAGGCGC TACAGGCCCA ACAGGAGTAA CTGGTCCAAC AGGGGTAACA 
GGCCCATCTG GAGGACCAGC AGGACCGACC GGCCCAACGG GGCCATCAGG TCCGGCGGGA 
GTAACTGGTC CATCTGGTGG ACCACCTGGC CCGACAGGAG CAACTGGAGC GACAGGACTA 
ACAGGAGATA CTGGGGCGAC AGGCTCAACT GGAGTGACAG GAGCGACAGG AGAAACGGGA 
GCAACCGGAG TGACGGGTTT GCAAGGTCCG CAAGGAATAC AAGGTGTGCA GGGAGAGATA 
GGTCCGACGG GTCCCCAAGG TGTTCAAGGT CCCCAAGGAA TTCAAGGAGT AACGGGGGCC 
ACTGGAGATC AAGGTCCGCA AGGGATTCAA GGCCCACAAG GCGACATAGG TCCAACCGGC 
CCACAAGGAA TTCAAGGCCC ACAAGGTTCT CAAGGAATCC AAGGAGCGAC AGGGGGAACA 
GGAGCACAAG GCCCACAGGG AATCCAAGGT CCACAAGGTG ACATAGGTCC GACTGGGCCA 
CAAGGTCCAA CTGGAATCCA AGGGATACAA GGAGAGATAG GTCCAACAGG TCCAGAAGGA 
CCAGAGGGAC TTCAGGGTCC GCAAGGAATA CAAGGTGTTC AAGGGCCAGT TGGAGCAACG 
GGTCCAGAGG GGCCTCAGGG GATACAAGGC ATTCAAGGAG TGCAAGGAGC AACAGGTCCA 
CAAGGCCCGC AAGGAATTCA GGGAATACAA GGTGTGCAAG GGATAACGGG AGCAACTGGA 
GCACAAGGAG CAACTGGAAT TCAAGGGATA CAAGGGGAAA TAGGAGCAAC GGGTCCAGAG 
GGGCCTCAAG GAGTGCAAGG AATACAAGGG GCGATTGGTC CAACAGGTCC GATGGGCGCA 
CAAGGAGTGC AAGGAATACA AGGGATTCAA GGAGCAACAG GTGCACAAGG AGTGCAAGGA 
CCACAAGGGG TTCAAGGGAT ACAAGGTCCG ACGGGAGCAA CAGGAGATAC GGGAGCAACT 
GGGGCGACAG GGGAAGGCAC TACAGGCCCA ACAGGAGTAA CCGGTCCAAC AGGGGTAACA 
GGCCCATCTG GAGGACCAGC AGGACCGACT GGCCCAACAG GTCCATCAGG TCCGGCGGGG 
GTAACAGGTC CTTCAGGAGG ACCGCCTGGA CCGACCGGAG CAACGGGAGC AACCGGAGTA 
ACAGGAGATA CCGGGGCGAC AGGCTCAACT GGAGTGACCG GAGCGACAGG AGAAACGGGA 
GCAACCGGAG CAACCGGAGT GACGGGTTTA CAGGGGCCGC AAGGAATCCA AGGTGTTCAA 
GGAGAGATAG GTCCAACCGG TCCACAGGGT ATTCAAGGTC CGCAAGGAAT CCAAGGAGTA 
ACGGGGGCAA CAGGAGCACA AGGTCCCCAA GGAATTCAAG GTCCACAAGG CGACATAGGT 
CCAACCGGCC CACAAGGAAT TCAAGGTCCC CAAGGAATTC AAGGCCCGCA AGGGATTCAA 
GGTCCAACGG GGGCAACAGG AGCAACCGGT TCACAAGGTC CAACTGGAGA TACAGGTCCA 
ACCGGAGCTG GAGCCACTGG AGCGACCGGT GCGACTGGAG TTAGTACAAC TGCAACATAT 
GCATTTGCGA ATAATACATC AGGAAGTGTT ATTTCTGTTT TGTTAGGTGG CACGAATATT 
CCGTTACCAA ACAATCAAAA TATTGGACCG GGAATAACTG TTAGTGGTGG GAATACTATA 
TTTACAGTTG CGAATGCAGG AAACTATTAT ATAGCTTATA CAATTAATTT AACGGCAGGA 
TTAGTTGTAA GTTCTCGTAT AACTGTAAAT GGCAGTCCGC TTGCGGGAAC GATAAACGCC 
CCGACAGTGG CTACTGGTTC ATTTAGTGCA ACAATCATTG CTAACTTGCC TGCTGGGGCT 
GCTATCAGTC TGCAGTTATT TGGAGTAGGT GCAGTGGCTA CATTATCTAC GGCAACGCCA 
GGAGCTACTC TAACGATTAT TAGATTGAGT TAA 

 

Protein sequence

MRERDNKRQQ HSLNPNFRIS PELIGPTFPP VPTGFTGIGI TGPTGPQGPT GPQGPRGFQG 
PMGEMGPTGP QGVQGIQGPV GPIGATGPEG QQGPQGLRGP QGETGATGPG GVQGLQGPIG 
PTGATGAQGV QGIQGLQGPI GATGPEGPQG IQGVQGLPGA TGSQGIQGVQ GIQGPQGPSG 
NTGATGATGQ GITGPTGITG PTGITGPSGG PPGPTGPTGA TGNTGATGNT GITGATGSTG 
PTGSTGAQGL QGIQGIQGPI GPTGPEGPQG IQGIPGPTGV TGEQGIQGVQ GIQGITGATG 
DQGPQGIQGV IGPQGVTGAT GDQGPQGIQG VPGPSGATGP QGVQGIQGPM GDIGPTGPEG 
PEGLQGPQGI QGVPGPVGAT GPEGPQGIQG IQGVQGATGP QGPQGIQGIQ GVQGITGATG 
IQGATGIQGI QGEIGATGPE GPQGVQGAQG AIGPTGPMGP QGVQGVQGIQ GATGAQGVQG 
PQGIQGIQGP TGATGDMGAT GATGEGATGP TGVTGPTGVT GPSGGPAGPT GPTGPSGPAG 
VTGPSGGPPG PTGATGATGL TGDTGATGST GVTGATGETG ATGVTGLQGP QGIQGVQGEI 
GPTGPQGVQG PQGIQGVTGA TGDQGPQGIQ GPQGDIGPTG PQGIQGPQGS QGIQGATGGT 
GAQGPQGIQG PQGDIGPTGP QGPTGIQGIQ GEIGPTGPEG PEGLQGPQGI QGVQGPVGAT 
GPEGPQGIQG IQGVQGATGP QGPQGIQGIQ GVQGITGATG AQGATGIQGI QGEIGATGPE 
GPQGVQGIQG AIGPTGPMGA QGVQGIQGIQ GATGAQGVQG PQGVQGIQGP TGATGDTGAT 
GATGEGTTGP TGVTGPTGVT GPSGGPAGPT GPTGPSGPAG VTGPSGGPPG PTGATGATGV 
TGDTGATGST GVTGATGETG ATGATGVTGL QGPQGIQGVQ GEIGPTGPQG IQGPQGIQGV 
TGATGAQGPQ GIQGPQGDIG PTGPQGIQGP QGIQGPQGIQ GPTGATGATG SQGPTGDTGP 
TGAGATGATG ATGVSTTATY AFANNTSGSV ISVLLGGTNI PLPNNQNIGP GITVSGGNTI 
FTVANAGNYY IAYTINLTAG LVVSSRITVN GSPLAGTINA PTVATGSFSA TIIANLPAGA 
AISLQLFGVG AVATLSTATP GATLTIIRLS