Gene BCB4264_A3558 details

Gene Information

• Locus tag: BCB4264_A3558
• ID: 7100564
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Bacillus cereus B4264
• Kingdom: Bacteria
• Replicon accession: NC_011725
• Strand: -
• Start bp: 3442006
• End bp: 3445524
• Gene Length: 3519 bp
• Protein Length: 1172 aa
• Translation table: 11
• GC content: 37%
• IMG OID: 643471082
• Product: hypothetical protein
• Protein accession: YP_002368262
• Protein GI: 218233412

Plasmid Coverage information

• Num covering plasmid clones: 8
• 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

ATGAAAAAGG AATTAATTTT CCCTGTGCCT TATTCTGAGT TTGTCCGTAA GAAGGATGCA 
CAGTATGACG GGGATCCCAA TGGAGATTAC GTCATGTCTG AAGATGTTAA TGAACTTCAG 
GAATCTATTG AACGAATAGA ACGTGTCATT AACTTTAAGG AACTAGGAAG CACAGTTTCA 
AATGAGCTTA ATAAAAAAGT AGATAAGGCA ACCATATCTG ATTTTGGTAG CCCGTTATTC 
GTTGGTTATA GAGGTGCATC TATTAACACG TATGATTCTA TCGAAAAACG AATCAATGCC 
TTTAGTTACA TTCCCCATGT CATGATTAAT AAAGAAGAAT CTACTAACTT TAATTTCTTT 
GTAGATGAAA TTAAGAAGAA TGGAACGATG CTATATGGTA TTATCAACTA TCCTAATGTT 
GTTTTAAATA ACATTGAGGC TGATATAACA TGGTTCGAAT CTAAAGGTTT TCATGGAGTG 
TTACTATCTA GTTTTGGATT TGAAAGCGGA TGGAACAGAT CGCAACAAAA CCAAATTCTT 
CAATATATTC ATGAAAGAGG AATGGCAGCA GTTATCACTG GTGAAATAGA AACCACATTA 
TTTAATAAGC CTCATAAAAA CAATCCTCAA CAAGTAGACC TTAAAACATT AAAAGACGAC 
ATCTATCTGG CGCAGGATGT TTTTGTTTTA AATGGTGCTA AAAATAATTC CACGGTAATT 
CCTTCCGTTG TTTTCAATTT AAACAAAGCT CAAAAAGAAA GAGGAATTCA GATTTTCGTT 
GAAGATACAG CAGATGCAAG TAATGATAAC AACAAGCTTT ATCTATACGG GAAAATGTTA 
TCTACACTGT ACAACTTAGA TGGATACAGT CTCGTTCCTC AGAGTCGATA TGCTTTAAAT 
GAAAAGGTAG AAAGATATCT TCATGGATTT GAGTTAGGGA AATGGAAAGC GCAGAATCCA 
GTCTACGTAG AAGAAGCAAC TGCTACATCA CGTTCTTTCT CTAAAGGAAG TCTTGTATTC 
GATAAAGTAA AAAACGAATG CTACATAAAA GGGGTAGGGT TAAATCCTTC AATCTACACA 
TGGCAAGATA AACAAATCCC TGGTAGTGCA ATTGATTTCG CGAGTGCCAT TTATGGTTCT 
GAAGGTATTG AAACTCTTGT TGATGCAATT AATGACAATA ATCATCTAAT TCACTATTCG 
AAAATTGCTG GATTAACTGG AAGCGGTGCA ACTCCGGATT CAATCAAGGA TACTGTTATT 
AGGGCAATCA ACAACTCACC TGCTGCTGTA TCTAAGAATG GTCCTGGTGG TTATGATGCA 
ATAGCAGGAA ACAACTTTTT ACATGGTGGC GTTATTGACT ACATTGACGC AGGATCTATT 
AAATCAGGGG TACTGAACAT TGAAGCAATC AAGACCAATA TCATTGAAGC AATTAATGCT 
TATATTGGTA CAGCTAAAAT CAATACAGCT GTTATTGGTG AGTTATCTGC AGAGCACATT 
GCAGCAAATG TTATCGATGC AATCAATATT TATGCTTCAA ACATTTCTGC TGGACAAGCA 
AAAATTAATA ATGCAGTTAT TGGTGAACTA TCAGCAGATA AAATCAAGGG GGCAGTTATT 
GAAGCTGTTA ACTTGTATGC AGGGGAAGCT GTAATTGATT CAGCAAAGAT CGGACAACTT 
GATGCAGACC ATATTAAGGC AGCTGTAATT GAAGCAATTA ACGCGTCCAT TGAAACTGCT 
GTAATTGACT CTGCAAAGAT TGGTACGTTA ACTGCAAGTC ATATTAAAGG TATGGTTGTT 
GAAGCTATTA ACCTTTATGC AGGACAAGCT AAAATCGATG CTGCACAAAT TGGTGCTTTA 
AAAGCTGAAA ACATTTCAGC CGGATTAATT GAAGCTTTAG AAATCTCAGC AGGTAGTGCG 
GACTTCGATA GATTACAAGC TTCTGTAATT GAAGCAATTA ACGCAAGTAT CAAACATGCT 
TTTATTGATG GAGCGATTAT TGGTGAAGGT ACAGTTGACT CTGCTCAAAT TGCTGACGGT 
AGTATCACAG ATGCAAAGAT TGTTAGCTTA GTAGCTAATA AGATTGTTGC AGGTACTATT 
GATACTGGGC AAGTTACCCT ACAAGGAACA AATGGTCATT TAAGAATTAC AGGTAATAGA 
TTACAAGTTT TTGATAATCA AGAAACACCT GTTGAGCGTG TATCTATTGG TGATGTTAAT 
GCTGATGGAT CCCTTTATGG GTTACGTGTT CGTGGTGCTG ATGGAGTAAC TGTTCTGTAC 
GATGAAAAGG GTGTTTACTC AGAAGGTATT ACAGACGGGG CCATTACGAA TCCGAAAATC 
CAAGAAGGAG CAGTTGATGG TAAAAAGCAT ATTGCAGCCA ATACAGTAAC CGCTGATAAG 
TTGGTAGCGG AATCTATTAC TGCAAGAGAG TTAGCAGCGA AATCTGTTAA TGCTAATCAT 
TTACAAGCAA ACTCTATTGT TGCAGGTAGT GGAGTTATTG AGAAAGGTGC TATTGGTGAA 
GCTGAAATCG CACAAGCTAG TATCACAGAT GCTCACATCA AAACGTTAAG TGCCAACAAA 
GTAACTGCTG GTTCTATTCA GATGACGAGT AGAAACTTAG TATCCAATGC AACATTTAGA 
AGAGGGACAA TAGATTGGAT TCTTGATTCA AACTTTAGCA CTTATGAAGT AAATGAAATT 
GTTCGTTTAA ATACTACAAA TAGTCTTCAC TTATTTACCA CTGGAAAACC TCTGCAAAAT 
TCAAGTGCAT ATTCTAAGTT TATTCCCGCA AGTGTAGGAG AAAACTACTC TGCTTCTGTA 
TATGTCCTCA CAAAAAACCT CTCCGCCTAT GATGGTGGAC ATCCTAGAGT GGAAGTCGAA 
TACCACAACG ACTCAGCTCG TATCACATCA AAAATCACCA CATCTATATT AACAGGAAAT 
AATATATGGC AACGTATTAG TGTTACAGAA ACTGCTCCTG CAGGAACGAC AAGAGTTCGT 
TTACGAATCT ATCATCCTAA AAACGGAGAT TCTTATTTCT GTAGACCAAT GCTCCAAAAA 
GGAAACATCG TAACTGAGTG GACTGGTGAC GGTTCATTTA TGACTGAAGA TGGTTTCTAT 
ACAGGAGAAT TACATGCGGA ACAGATAACT ACTGGAAGGA TCAAAGCTGG TATGGTTCAG 
ATTGGACCAG GTACACAGTT TGAACCAGGT TATAGCCCCG GTGAGCTTCT TCAAGAAATA 
GAAAAACGAA CTCCTTATCG TGTAGAAATA ATAAGTACAA ATGGAATGTT CTTTAAACAA 
GGTGTTGTTT CAACGACATT AAAGGCTCAG GTGTACAAAG GTTCTACTGA CGTAACAAGC 
CAATTACAAA ACAATCAGTT TCTATGGAGA AGAGTAGATA AAGATGGTAA TGAGGATATT 
CCTTGGAATC AAGCACATGC AGGATTAAAA GAAGTGCCAA TTACCAGACA GGATTTAAAA 
CAAAGAGCAA CATTTCTATG TGAGATTATT AATAATTAG 

 

Protein sequence

MKKELIFPVP YSEFVRKKDA QYDGDPNGDY VMSEDVNELQ ESIERIERVI NFKELGSTVS 
NELNKKVDKA TISDFGSPLF VGYRGASINT YDSIEKRINA FSYIPHVMIN KEESTNFNFF 
VDEIKKNGTM LYGIINYPNV VLNNIEADIT WFESKGFHGV LLSSFGFESG WNRSQQNQIL 
QYIHERGMAA VITGEIETTL FNKPHKNNPQ QVDLKTLKDD IYLAQDVFVL NGAKNNSTVI 
PSVVFNLNKA QKERGIQIFV EDTADASNDN NKLYLYGKML STLYNLDGYS LVPQSRYALN 
EKVERYLHGF ELGKWKAQNP VYVEEATATS RSFSKGSLVF DKVKNECYIK GVGLNPSIYT 
WQDKQIPGSA IDFASAIYGS EGIETLVDAI NDNNHLIHYS KIAGLTGSGA TPDSIKDTVI 
RAINNSPAAV SKNGPGGYDA IAGNNFLHGG VIDYIDAGSI KSGVLNIEAI KTNIIEAINA 
YIGTAKINTA VIGELSAEHI AANVIDAINI YASNISAGQA KINNAVIGEL SADKIKGAVI 
EAVNLYAGEA VIDSAKIGQL DADHIKAAVI EAINASIETA VIDSAKIGTL TASHIKGMVV 
EAINLYAGQA KIDAAQIGAL KAENISAGLI EALEISAGSA DFDRLQASVI EAINASIKHA 
FIDGAIIGEG TVDSAQIADG SITDAKIVSL VANKIVAGTI DTGQVTLQGT NGHLRITGNR 
LQVFDNQETP VERVSIGDVN ADGSLYGLRV RGADGVTVLY DEKGVYSEGI TDGAITNPKI 
QEGAVDGKKH IAANTVTADK LVAESITARE LAAKSVNANH LQANSIVAGS GVIEKGAIGE 
AEIAQASITD AHIKTLSANK VTAGSIQMTS RNLVSNATFR RGTIDWILDS NFSTYEVNEI 
VRLNTTNSLH LFTTGKPLQN SSAYSKFIPA SVGENYSASV YVLTKNLSAY DGGHPRVEVE 
YHNDSARITS KITTSILTGN NIWQRISVTE TAPAGTTRVR LRIYHPKNGD SYFCRPMLQK 
GNIVTEWTGD GSFMTEDGFY TGELHAEQIT TGRIKAGMVQ IGPGTQFEPG YSPGELLQEI 
EKRTPYRVEI ISTNGMFFKQ GVVSTTLKAQ VYKGSTDVTS QLQNNQFLWR RVDKDGNEDI 
PWNQAHAGLK EVPITRQDLK QRATFLCEII NN