Gene BCB4264_A2961 details

Gene Information

• Locus tag: BCB4264_A2961
• ID: 7099740
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Bacillus cereus B4264
• Kingdom: Bacteria
• Replicon accession: NC_011725
• Strand: -
• Start bp: 2834856
• End bp: 2838338
• Gene Length: 3483 bp
• Protein Length: 1160 aa
• Translation table: 11
• GC content: 32%
• IMG OID: 643470489
• Product: hypothetical protein
• Protein accession: YP_002367669
• Protein GI: 218235845

Plasmid Coverage information

• Num covering plasmid clones: 11
• 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

ATGTGGATTA CTTCAGAAGT AGAAATTCCA GATGAGTTAA TTGATCACCT TGAGCAAGGA 
AAGTTAGTAT TATTTGTTGG AGCGGGAGTT TCTATGAAAG GGAAATCAAA CTTACCGAAT 
TTTGATGATT TAGTTGATGA AATTGCAAAA ACGTTATATG TCGAAAAACG TGAAATAACA 
GAACCACATG ATTATTATCT TGGCAAAATT GCGAAAACAA AAGATGTACA TCAAGTCGCA 
AGAGATCTCG TTCATATAGA GAAATCAAAA CCGAATCCAT TGCATTATGC AATTCCAAGG 
TTATTTCCTT TAGATACAGA TATCCGCATT GTAACAACAA ATTTTGATCA ACATTTTACA 
ACTGCAATTA AAGAAATAAA TAGAGATATC AATGTTTATT ACGCTCCAGC TTTACCGACT 
GGGAGAGCTT TTAAAGGTCT TGCTTACATA CATGGTAATG TAGAACAGGA GAAAGAGGCT 
TTAATTTTAA CAGATGGTGA TTTTGGAAGG GCTTACTTAA CGGAAGGGTG GGCGAGAAGG 
TTTTTAGTTG ATCTATTCTC AAATTACACC GTTTTATTCG TTGGATATAG TCATAATGAC 
CCAGTAATGA AATATTTAGC AACTGGTTTA CCACCAAGTA CAAGACGATT TGCTTTTGTC 
GCACAAGGAG AAAATACATA CCACTGGGAA CATTTAGGGA TAAGACCAAT TGTGTATCCG 
AATAAGGTGA ATAATCATCA ATCCCTCGTA AAAGCGGTAA AACGCTGGGC TGAATTAATG 
GGTGATAATT ATATTACGAA AAGAATGCGT ATTCGGGATA TTGTAACGGT TCCCCCGTCA 
GTAGAACAGG AACAATTATC ATACATAAAG CAATCGATTA AAAAAATTGA AACAGTACGT 
TACTTTGTGG AATTTGCTCA TGATTATGAA TGGGTCGAAT GGTTAGAAGC AGAAGGTAAA 
TTACAAAATT TGTTTATGCT TACGCCAAAC TATAATGAAG TAGATGAATT ACTTGCAGAA 
TGGTTAGTGG AACAATTTCT TTTTAGTCAT CAGAAAGAAT TATTTCAATT AATTTATAAA 
AACTATTCTA AAATATCACC GTTATTATGG AAAACAATTT GTAACTACTT AAACGAAACG 
AAGAGTAAGA TGGACCCGTT GTTGTTTGCA AGGTGGACAC TCCTTTTATT AGAAACAGCT 
GAAAAAGATA GTAGCTCTAT AGAAAAGATT TCTAAGTTAC TGCAAAAATG TTCTTTTCCT 
GAGCATAAAG AAATTGCCTT ATTGTTACTA ACTTTTATTT TAGACGGAAA ACTGAAGTTG 
AAACGTGTAA GAAAATGGGG AAATGATACG CAAGAATCAA TAGAACTCGA GGAATCGAGT 
CGCTTACCAG TATCTACATT TTCTCATGTG GAGCAAATTT GGAACGAAAA GATGAGGCCA 
TATATCGCTT ATTATGCTGT TCCAATTATG ATGATTGGAT TAGAAAAATT GAGAATGTTG 
TCGTTAAGAC AAACGGCACT GAAAAAAAGA AATAAGGAAA ATGTAGAGAA AGAGTTTCAT 
CAAAATGACC TTGCATTTTT AATACGAATT GTAAAAGAGT GTCTAACTTA TTTATGCGAA 
AACAATGAGA AAAAAGCGGA TTATTATATT ACAGAAATGA TAGAAGCAAA TAGTGTACTT 
CAAAAGCGAA TTGCAATTGA TGCGATGAAT AAAAATATTT TTGTTCGTGT AGATGACAAA 
ATGAAATGGT TGTTACATGA AGGACTTCTT TTAGATTTCA CTTATAAACA CGAAGTTTTT 
CAACTTTTAA AAAGGCATTA TGCACATTGT TTAGAAAAAA CAAAAGAAGA AGTCACTCGA 
ACTGTAATAA AGCATCTTAC AGAAGAGAGG GTATTTGATG CATGTCTCGT ATTAGACTTA 
TTATTCAAGT GTGATTCGAA TAGCCCATCT ACGGCAAATG GGTATGAGTT AATGAAGCAA 
AAGCATCCTC ATTTTCATTC TGAACGATAC AGTGTACAAA AGAAAGAGGA TACAGCAGAA 
AGCATTACTT GTAATGTAAC TGCTGACGGA TTATTGCAGC TGAAAGATGT TGAAATTATG 
AAGCAAGTTC AGCAATTTTC GCAAGATGGT GTTTTTGAAC AACGCCATTT TTTAGAGATG 
TTATCAAAAG CATGTAAATT AAACACAGAG TGGAGTATTT CATTTGCATA CCAATTAGTA 
GGAGTGCAAG AAATAAGTAA TGAAGTATGG TTTGTTTGTA TTAGAGAATG GCGAAATAAT 
CGAGGATTGA CGAATGAGCA AATCCAAAAA ATTATTCCGC TATTGCAGAA ATTTGTTAGA 
AATACTGCTT TTCATTGGTT AATTAGTAGT TTTCTATATG AAATTAGTAA TCGACTAGAA 
GAGTTAGAAG AGAATAGTAT ACGTGTTGTA AAACGATTTG CTTTTTCAGT GTTTCCTCAA 
GTTATGAAGA GTGATACAGA CTTTAAGCTT GGGAAACAAG ATTTTTATAA TGAATCAATT 
CAGCATCCAG TTGGAAAAAT GACGGCTGTA TTATTAAAGT TGTTATCATA TGATCATTTA 
TACGATCGTA ATGTATATGA ATATTTATTT TTATTTGAAG AACAAGTAAG AGTTAATTCG 
GAACGAACAA ACTTTATGTT TGCTCGTTTA ATAGCAGATA TTACATTCCT ATATCATATT 
GAAAAACAAT GGTGCCGAAA ATATTTGTTA CCATATTTAG ATTTAAAAAA ACAAAATGAG 
ATTACGGAAT ATGCATGGGC CGGCTTATGT TACACGCAAA TAAATCTACC TTTATTTACA 
GAAATGAAGC GATTTATTAA GTATGCGATA GAACATTTGG AAGTATTACA TCCGCATACG 
AGAGAAGCTT TCTTGAAATG GCTTAGCTTT GTATTTATTA AATGTGTACT ATATTGGGAG 
CAAAAAACAG ATTGGTTATA CCCGTTACTC ATACTAGAAA ATGAAGAAAA TAAAATTAAG 
TTTATGCAGT TTTTATGCTA TTACGTCAAA ACATTAAGTG TAAAAGAACA ACAAAAATTT 
TGGACAGCTT GGCTCAGTGT ATTTTTGCGA GAACGACCAA AAATGGGTGA GATAACTGCA 
AGAGAATATG TAATGCTTTT ACGTATTATT TTATACATGG ATGAAATATT AGAAAAAGGA 
TTATGTATTA TGTCTCGTGC ATTTTCAAGT GTACATGGTA AATGTGCAGG TGAGGAAATG 
AAGCAGTTAT TGATTGAAAT GCTTCATAAA AAAGAAAGTA TGAAAGCGCA TAAAGAAATA 
TTTGCAAATG TGTTTTTTAT TTTACTACAA ACATGTCACG AAGCCGTTTT ATTTGAAAAA 
GAAATCATAA AAATAAAAGA ATTATTAGTT CAGTATGAAG TAGAGGAATA TGTTTTACAT 
TTACTAGAAA ATGAAATAAT TCGCATAGGA ATTGTAATGG GTGATTTACA AAAAGAATTA 
TAG 

 

Protein sequence

MWITSEVEIP DELIDHLEQG KLVLFVGAGV SMKGKSNLPN FDDLVDEIAK TLYVEKREIT 
EPHDYYLGKI AKTKDVHQVA RDLVHIEKSK PNPLHYAIPR LFPLDTDIRI VTTNFDQHFT 
TAIKEINRDI NVYYAPALPT GRAFKGLAYI HGNVEQEKEA LILTDGDFGR AYLTEGWARR 
FLVDLFSNYT VLFVGYSHND PVMKYLATGL PPSTRRFAFV AQGENTYHWE HLGIRPIVYP 
NKVNNHQSLV KAVKRWAELM GDNYITKRMR IRDIVTVPPS VEQEQLSYIK QSIKKIETVR 
YFVEFAHDYE WVEWLEAEGK LQNLFMLTPN YNEVDELLAE WLVEQFLFSH QKELFQLIYK 
NYSKISPLLW KTICNYLNET KSKMDPLLFA RWTLLLLETA EKDSSSIEKI SKLLQKCSFP 
EHKEIALLLL TFILDGKLKL KRVRKWGNDT QESIELEESS RLPVSTFSHV EQIWNEKMRP 
YIAYYAVPIM MIGLEKLRML SLRQTALKKR NKENVEKEFH QNDLAFLIRI VKECLTYLCE 
NNEKKADYYI TEMIEANSVL QKRIAIDAMN KNIFVRVDDK MKWLLHEGLL LDFTYKHEVF 
QLLKRHYAHC LEKTKEEVTR TVIKHLTEER VFDACLVLDL LFKCDSNSPS TANGYELMKQ 
KHPHFHSERY SVQKKEDTAE SITCNVTADG LLQLKDVEIM KQVQQFSQDG VFEQRHFLEM 
LSKACKLNTE WSISFAYQLV GVQEISNEVW FVCIREWRNN RGLTNEQIQK IIPLLQKFVR 
NTAFHWLISS FLYEISNRLE ELEENSIRVV KRFAFSVFPQ VMKSDTDFKL GKQDFYNESI 
QHPVGKMTAV LLKLLSYDHL YDRNVYEYLF LFEEQVRVNS ERTNFMFARL IADITFLYHI 
EKQWCRKYLL PYLDLKKQNE ITEYAWAGLC YTQINLPLFT EMKRFIKYAI EHLEVLHPHT 
REAFLKWLSF VFIKCVLYWE QKTDWLYPLL ILENEENKIK FMQFLCYYVK TLSVKEQQKF 
WTAWLSVFLR ERPKMGEITA REYVMLLRII LYMDEILEKG LCIMSRAFSS VHGKCAGEEM 
KQLLIEMLHK KESMKAHKEI FANVFFILLQ TCHEAVLFEK EIIKIKELLV QYEVEEYVLH 
LLENEIIRIG IVMGDLQKEL