Gene BCAH820_2958 details

Gene Information

• Locus tag: BCAH820_2958
• ID: 7189456
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Bacillus cereus AH820
• Kingdom: Bacteria
• Replicon accession: NC_011773
• Strand: -
• Start bp: 2795000
• End bp: 2798482
• Gene Length: 3483 bp
• Protein Length: 1160 aa
• Translation table: 11
• GC content: 33%
• IMG OID: 643556369
• Product: hypothetical protein
• Protein accession: YP_002451908
• Protein GI: 218904074

Plasmid Coverage information

• Num covering plasmid clones: n/a
• Plasmid unclonability p-value: n/a
• Plasmid hitchhiking: n/a
• Plasmid clonability: n/a

Fosmid Coverage information

• Num covering fosmid clones: 60
• Fosmid unclonability p-value: 0.00000000000406417
• Fosmid Hitchhiker: Yes
• Fosmid clonability: hitchhiker

Sequence

Gene sequence

GTGTGGATTA CTTCAGAAGT AGAAATTCCA GACGAGTTAA TTGATCATCT TGAAAAAGGA 
AAGTTAGTAC TATTTGTTGG AGCGGGAGTT TCTATGAAAG GGAAATCAAA CTTACCGAAT 
TTTGATGATT TAGTTGATGA AATTGCAAAG ACGTTATATG TCGAAAAACG TGAAATAACA 
GAACCGCATG ATTATTATCT TGGTAAAATT GCGAAAACAA AAGATGTACA TCAAGTTGCA 
AGAGATTTAG TGCATATTGA AAAGTCAAAG CCGAATCCGC TTCATTATGC GATTCCGAGG 
TTGTTTCCTT TAGATACAGA AGTCCGTATT GTAACAACAA ATTTTGATCG ACATTTTACA 
ACTGCAATGA AAGAAATGAA TAGAGAATTA AACGTATATT ATGCCCCTGC GTTACCTACA 
GGTAGAGCGT TTAAAGGACT CGCTTACATA CATGGCAATA TAGAACAAGA AAAAGAAGCG 
TTAATTTTAA CAGATGGTGA TTTTGGAAGG GCTTACTTGA CAGAAGGATG GGCAAGAAGA 
TTTTTAGTTG ATTTATTCTC GAATTATACC GTTTTATTCG TTGGATATAG CCATAATGAC 
CCAGTAATGA AATATTTAGC AACTGGTTTA CCACCAAGTA CAAGACGTTA TGCATTTGTC 
GCACAAGGGG AAAATACGTA CCACTGGGAG CATTTAGGAA TACGGCCGAT TGTATATCCG 
AATAAAGGTA ATAATCATCA ATCTCTCGTT AAAGCAGTAA AACGATGGGC GGAGTTAATG 
GGAGATAATT ATATTACAAA ACGAATGCGA ATTCGTGACA TAGTAACAGT TCCGCCGTCA 
GTAGAGCAGG AACAATTATC ATACATAAAA CAATCCATAA AAAAAATTGA AACAGTCCGC 
TACTTTGTTG AATTTGCTCA CGATTATGAA TGGGTGGAAT GGCTTGAAGC GGAAGGGAAA 
TTACAAAATT TATTTTTAAT TACATCAAAC TATAACGAGG TAGATGAATT ACTGGCAAAA 
TGGTTAGTGG AACAATTTCT TTTTAGTCAT CAAAAAGAAT TATTTCAATT AATTTTTAAA 
AATCATTCTA AACTATCTCC ATTATTATGG AGAACAATTT GTAGCTACTT AAACGAAACG 
AAAATGAAAA TGGACCCTTT GTTGTTCGCA AGGTGGACAC TGCTTTTATT AGAAACAGCT 
GAAAAAGATA GTAAATCGAT CGCAACAATT TCTTACTTGC TGCAAAAATG TTCTTTTCCT 
GAGCATAAAG AAATTGCTTT ATTGTTACTA ACGTTTATTT TGGACGGCAA ACTTAAGTTG 
AAGCGTGAAA GAAAATGGGG AAATGATACC GGGGAATCAA TAGAACTTGA GGAATCGAGT 
CGGTTACCCG TGTCGACATT TTCTTTTGTG GAGCAAATTT GGAATGAAAA GATGAAACCG 
CATATTTCCT ATTATGCCGT TCCAATTATG ATGATGGGAA TAGAGAAGAT GCGGATGTTA 
TCACTAAGGC AAGCGGCACT GAAAAAAAGG GATAAGGAAA ATGTTGAGAA AGAGTTTCAA 
CAAAATGATT TAGCGTTTTT AATTCAAATT GTAAAAGAGT GTTTAGCCTA TTTCTGTGAA 
AACAATGAGA AAAAAGCAAA TTATTATATT ACAGAAATGA TAGAAGCAAA CAGCGTACTT 
CAAAATCGAA TTGCAATTGA TGCGATGAAT AAAAATGTAT TTGTTAGCGC CGATGAGAAA 
ATGAAATGGT TGTTACAGGA AGGAATTCTT TTAGACGTCA CGTATAAACA CGAAGTTTTT 
CAACTTATAA AGAATCATTT CGCACTCTCT TTAGAAAAAA CAAAGGAAGA AGTCATTCGA 
ATTGTATTAA AGGACCTTGC GGAGGAAAGA GCATTTGATG TTTGTTTCGT GTTAGATTTA 
TTATTCACTT GTGATTCGAA TAGTCCATCT ACGGCAAAAG GTTATGAGTT AATGAAGCAA 
AAACATCCTC ATTTTCATTC TGAGCGATAC AGTGTACAAA AGAAAGAGGC GGCAGAACAA 
AGTATTACTT GTAATGTAAC TGCCGATGGA TTATTGCAGC TGAAAGATGA AGAAATTATG 
AAACAAGTTC AGCAATTTTC TCAAGATGGT GTTTTTGAAC AACGTCATTT TTTAGAGATG 
TTATCGAAAG CATGTAAATT AAATACAGAA TGGAGTATTT CATTTGCATA TCAATTAGTT 
GGAATGCACG AAATAAGTAA TGAAGTATGG TTTGTTTGTA TTAGAGAGTG GCGAAATAAC 
CGAGGAATGA CAAATGAACA AATACAAAAA GTTATTCCTC TATTACAGAA ATTTGTTAGA 
AATACAGCTT TTCATTGGTT AATTAGTAGC TTTCTATATG AAATTAGTAA TCGATTAGAA 
GAGTTAGAGG AAAATAGTAT ACGCAATGTA AAGCGATTTG CTTTTTCGGT ATTCCCTCAG 
GTCATGAAAA GTGACACGGA TTTTAAGCTG GCAAAACAAG ATTTTTACAA TGAATCGATT 
CAGCATCCTG TTGGGAAAAT GACAGCAGTA TTATTAAAAC TGTTATCATA TGATCATTTA 
TACGATCGTA ATGTGTATGA ATATTTATTT TTGTTTGAAG AACAAGTAAG AATTAGTACA 
GAACGGACAA ATTTTATGAT AGCTCGTTTA GTAGCAGACA TTACATTTCT TTATCATATT 
GAGAAGCAAT GGTGCCGAAA ATATTTGTTA CCGTACTTAG AGTTAAAGAA GGAAAATGAG 
ATTACGAAAT ATGCATGGGC CGGCTTATGT TACACACAAA TCAATTTACC CTTATTTACA 
GAAATGAAGC GATTTATTAA GTACGCGGTA GAACATTTGG AAGTATTACA TCCGCATACG 
AGGGAAGCTT TCTTAAAATG GCTCAGTTTT GTATTTATTA AATGTGTACT GTATTGGGAG 
CAAAAAACAG ATTGGTTATA CCCTTTACTT ATACGAGAAA ATGAAGAAAA TAAAATTAAA 
TTTATGCAGT TCTTATGCTA TTACGTCAAA ACGTTAAGTG CAAAAGAACA ACAAAAATTT 
TGGGCAGCTT GGCTCAGTAT ATTTTTGCGA GAGCGACCGA AAATGGGGGG AATCACAGCT 
AGAGAATATG TAATGCTTTT ACGTATTATA TTATTTATGG ATGAAATAGT AGAAAGAGGC 
TTATTGATAA TTTGTAAATC ATTTTCGGAC GTGGGTGGAA AAGGGAATCA AACGGAGTTA 
AAACAGTTAT TTCATGAAAT ACTTGAGAAG ACAGAGAGTA TAAAGATGTA TAAAGAGTTG 
TATGCAAACG TATTTTTCAC TTTACTGCAA ACGCTTCAGG AAGCTAATTT ACTTAAAACT 
GAAATCATTC AAATAAAAGA ATTATTAATT GGATATAGAG TAGAAAAATG TGTAATAAAT 
GCAATAGATA ATGAGATAAT TCGCATCGGA ATTGTTCTGG AGAATTTACA AGAAGAAATG 
TAG 

 

Protein sequence

MWITSEVEIP DELIDHLEKG KLVLFVGAGV SMKGKSNLPN FDDLVDEIAK TLYVEKREIT 
EPHDYYLGKI AKTKDVHQVA RDLVHIEKSK PNPLHYAIPR LFPLDTEVRI VTTNFDRHFT 
TAMKEMNREL NVYYAPALPT GRAFKGLAYI HGNIEQEKEA LILTDGDFGR AYLTEGWARR 
FLVDLFSNYT VLFVGYSHND PVMKYLATGL PPSTRRYAFV AQGENTYHWE HLGIRPIVYP 
NKGNNHQSLV KAVKRWAELM GDNYITKRMR IRDIVTVPPS VEQEQLSYIK QSIKKIETVR 
YFVEFAHDYE WVEWLEAEGK LQNLFLITSN YNEVDELLAK WLVEQFLFSH QKELFQLIFK 
NHSKLSPLLW RTICSYLNET KMKMDPLLFA RWTLLLLETA EKDSKSIATI SYLLQKCSFP 
EHKEIALLLL TFILDGKLKL KRERKWGNDT GESIELEESS RLPVSTFSFV EQIWNEKMKP 
HISYYAVPIM MMGIEKMRML SLRQAALKKR DKENVEKEFQ QNDLAFLIQI VKECLAYFCE 
NNEKKANYYI TEMIEANSVL QNRIAIDAMN KNVFVSADEK MKWLLQEGIL LDVTYKHEVF 
QLIKNHFALS LEKTKEEVIR IVLKDLAEER AFDVCFVLDL LFTCDSNSPS TAKGYELMKQ 
KHPHFHSERY SVQKKEAAEQ SITCNVTADG LLQLKDEEIM KQVQQFSQDG VFEQRHFLEM 
LSKACKLNTE WSISFAYQLV GMHEISNEVW FVCIREWRNN RGMTNEQIQK VIPLLQKFVR 
NTAFHWLISS FLYEISNRLE ELEENSIRNV KRFAFSVFPQ VMKSDTDFKL AKQDFYNESI 
QHPVGKMTAV LLKLLSYDHL YDRNVYEYLF LFEEQVRIST ERTNFMIARL VADITFLYHI 
EKQWCRKYLL PYLELKKENE ITKYAWAGLC YTQINLPLFT EMKRFIKYAV EHLEVLHPHT 
REAFLKWLSF VFIKCVLYWE QKTDWLYPLL IRENEENKIK FMQFLCYYVK TLSAKEQQKF 
WAAWLSIFLR ERPKMGGITA REYVMLLRII LFMDEIVERG LLIICKSFSD VGGKGNQTEL 
KQLFHEILEK TESIKMYKEL YANVFFTLLQ TLQEANLLKT EIIQIKELLI GYRVEKCVIN 
AIDNEIIRIG IVLENLQEEM