Gene BCB4264_A0325 details

Gene Information

• Locus tag: BCB4264_A0325
• ID: 7101123
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Bacillus cereus B4264
• Kingdom: Bacteria
• Replicon accession: NC_011725
• Strand: -
• Start bp: 293867
• End bp: 295798
• Gene Length: 1932 bp
• Protein Length: 643 aa
• Translation table: 11
• GC content: 33%
• IMG OID: 643467883
• Product: glycosyl transferase, group 1 family protein
• Protein accession: YP_002365113
• Protein GI: 218232244
• COG category: [M] Cell wall/membrane/envelope biogenesis; [R] General function prediction only
• COG ID: [COG0438] Glycosyltransferase; [COG1216] Predicted glycosyltransferases

Plasmid Coverage information

• Num covering plasmid clones: 3
• Plasmid unclonability p-value: 0.0347044
• 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

ATGCATGTTA ATAAAAAGAT AATTTATGTA TCCCATGATG CCCATTTCCA CGGAGCACAG 
CTGCTTTCTT TACATACTAT TAAGGCTCTT AAAGAAAACT TTGATTACTC TGTTGCAATT 
ATTTCTATTG GATCAGGTAT TTTAATTCCA GATTTTCAAA AGTACGGTCC TGTTTATTGT 
CTCGAGCAAG GTTATCAAAC AGAAGAAAAG GTCGAATTAT TAATAAAGGA TTTATTATCA 
CAGGATTTTA CCCTCGCCAT ATGTAGCACT GTCATAAGTG GCGATATCGT CGCATTACTA 
GCTAGACACA ATATAAAAGT TGTTTCATTA ATACATGAAT TACCGCATTT AATACAACAG 
TACTCTGCTG AAGGGAAAGC TAAAAACATC GCTGAATTTG CTTACAAAGT TGTCTTCCCT 
TCACAATACG TATATGAAAA ATTTCGTACA ATCACTGAAT TGGATCCTCA AAAATGTCAC 
ATTCTCCCTC AAGGTTTGTT TAACCACAAT CCTTATAAAA ACAATATCGC AAAAGCTAGA 
AATGAGTTAC GTAAGAAGCT TAACCTGCCT CTAGATAGCA AAATCATCTT AGGTGTAGGC 
TTCGCAGATT ATCGAAAAGG AATAGATTTA TTCTCACTTA TCTCTTACTC AGTACGAAAA 
ACTCACAAGG ATATTCATTT CATTTGGGTA GGGAGAACAG ACGTTCAATT CCTGAATACA 
CTGCCCCCTA AATATAAAGC ACATTTCACA TTAGTCGATC CTACTCCCGA TATCGGATTA 
TATAACGCCG GGGCTGACTT ATACTTATTA ACTTCAAGGG AAGATCCTTT TCCAAATGTT 
GTTTTAGAAG CATTAGATGC AAAACTTCCT GTTATAGGGT TTAAAAATGC TGGAGGTTTC 
GAGGATGTTG TTACAGAAAA AACTGGTGCC TTAGTAGATT TTTTAAATTT ACCCAAAATG 
CTAGAGAAAA TATATGAATT TATTCACGAT GAGGGATTAC GATTACAAAA GGGAAGCTTT 
GGCCAAGAAC TTATCGAAAA AAACTTCAAT TTTCTTAATT ACATTTATCA ATTACTAGAT 
CTTCTCGAAC ATAATTACAA AAAGATAAGT GTAATCATAC CGAACTATAA TTATGAAAAA 
TACTTACCTG CTCGAATCGA ATCAATCTTA AACCAAACCT ACCCTCTTTA CGAACTAATT 
TTCTTAGACG ATGCCTCCAC TGATCATAGC GTATCAACTT TTAAAAAGCT GCTCTCAAAA 
GAAAATAAGC CCCACCTGAA GGTTCAACAG ATTATTAATG ATAAAAACTC TGGTTCTGTA 
TTTAAACAAT GGATAAAAGG AGTCTCTGCA GCAACTGGTG ATTATATTTG GATCGCAGAG 
GCCGATGACT TATGCGATAA GACATTTTTA CAAGAGGTGA TACCGGGGTT TTATATAAAT 
AACAATATTA CCTTAAGTTA CACACAATCA AAACAAATTG ATGAACAAGG AAATGTATTG 
GCTAATCATT ATTTAAATTA CACAAATGAT ATCGATAAAG AAAAATGGAA AGGCCCCTAT 
TTTCGAAAAG GCGTCGAAGA AATACAAGAT ACGTTACTTA TCAAAAACAC TATACCTAAT 
GTTTCAAGTG TAGTTTTTAA AAATATAGAT ATGAAGAAAA CAGAAAAACA GTTAGAGAAG 
TTCAAAATAG CTGGTGATTG GTTTTTCTAT GTTTCTCTTC TTACAGAGGG AGATATTTAC 
TTCAATCCAG CCCCCTTAAA CTATCATAGA CGACATTTAA ATAGCGTAAC AAGAACAGAA 
GATTCATACT CCCATTACAA TGAAGTTGTG CAAATGCAAA ATTTCATTAA AGAAAGATTT 
ACTATCGACG ACATTTCTAA AATGAAAATG TATACATATA GAAAGCATCT TAAAGCATAC 
TTAAAAATTT AA 

 

Protein sequence

MHVNKKIIYV SHDAHFHGAQ LLSLHTIKAL KENFDYSVAI ISIGSGILIP DFQKYGPVYC 
LEQGYQTEEK VELLIKDLLS QDFTLAICST VISGDIVALL ARHNIKVVSL IHELPHLIQQ 
YSAEGKAKNI AEFAYKVVFP SQYVYEKFRT ITELDPQKCH ILPQGLFNHN PYKNNIAKAR 
NELRKKLNLP LDSKIILGVG FADYRKGIDL FSLISYSVRK THKDIHFIWV GRTDVQFLNT 
LPPKYKAHFT LVDPTPDIGL YNAGADLYLL TSREDPFPNV VLEALDAKLP VIGFKNAGGF 
EDVVTEKTGA LVDFLNLPKM LEKIYEFIHD EGLRLQKGSF GQELIEKNFN FLNYIYQLLD 
LLEHNYKKIS VIIPNYNYEK YLPARIESIL NQTYPLYELI FLDDASTDHS VSTFKKLLSK 
ENKPHLKVQQ IINDKNSGSV FKQWIKGVSA ATGDYIWIAE ADDLCDKTFL QEVIPGFYIN 
NNITLSYTQS KQIDEQGNVL ANHYLNYTND IDKEKWKGPY FRKGVEEIQD TLLIKNTIPN 
VSSVVFKNID MKKTEKQLEK FKIAGDWFFY VSLLTEGDIY FNPAPLNYHR RHLNSVTRTE 
DSYSHYNEVV QMQNFIKERF TIDDISKMKM YTYRKHLKAY LKI