Gene BCE_5028 details

Gene Information

• Locus tag: BCE_5028
• Symbol: glgB
• ID: 2751578
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Bacillus cereus ATCC 10987
• Kingdom: Bacteria
• Replicon accession: NC_003909
• Strand: -
• Start bp: 4639677
• End bp: 4641614
• Gene Length: 1938 bp
• Protein Length: 645 aa
• Translation table: 11
• GC content: 38%
• IMG OID: 637281827
• Product: glycogen branching enzyme
• Protein accession: NP_981321
• Protein GI: 42784074
• COG category: [G] Carbohydrate transport and metabolism
• COG ID: [COG0296] 1,4-alpha-glucan branching enzyme
• TIGRFAM ID: [TIGR01515] alpha-1,4-glucan:alpha-1,4-glucan 6-glycosyltransferase

Plasmid Coverage information

• Num covering plasmid clones: 29
• 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

TTGAACGTAA TAAATTGTGA AGAAGTGAAA CGAGATGAGT TTCATACAGA AAAGTACTAT 
GAAAGTTATA ACATCTTTGG CGCACATATT GTGACGGAAG ATGAGATGCG AGGTGTACGA 
TTTACAGTAT GGGCTCCTCA TGCGAAAGCA ATGAGTGTTG TTGGAGATTT TAATGAATGG 
GATTATGAGC AACATAAGAT GCTACAAGTG ACAGAAGAGG GAATTTGGTC CTTATTTATA 
CCGCATATTG AAGAAAAAGA AATATATAAA TATGCGATTG AAACGATGGC TGGTGATGTC 
ATTTTTAAGG CAGATCCGTA TGCTGTGTAT GCAGAAGTAA GACCGAATAC GGCATCTGTA 
GTTTTTGATA TAAAGGGATA CGAATGGAAT GATAAAAACT GGAGTCGTAA GAAAAAGAAA 
AAATCGGTTT ATAAAGAAGC GATGACAGTT TATGAATTGC ATTTCGGTTC TTGGAAAAAG 
AAAGAAGATG GAACGTTGTA TTCTTACAGG GAAATGGCAG AAGAACTCAT TCCTTATGTG 
GTGGAACATC AATTTACACA TATTGAAATT ATGCCGCTTG TTGAGCATCC GTATGATCGT 
TCTTGGGGAT ATCAAGGAAC GGGATATTAT GCCGCAACGA GTAGATTCGG CACGCCACAT 
GATTTGATGC ATTTTGTCGA TGAATGTCAT AAATATGGAA TCGGTGTCAT TTTAGATTGG 
GTGCCGGGGC ATTTTTGTAA AGATGCTCAC GGTTTATATT TGTTTGATGG GACACCGACT 
TATGAATATA AAGATAAAGA TGTGCAAGAA AATCCAGTAT GGGGAACTGT CAATTTTGAT 
TTAGGAAAGA GAGAAGTACG TAATTTCTTA ATTTCAAATG CGTTATTTTG GATGAGATAT 
TTCCACATTG ATGGTTTCAG GGTGGATGCA GTTGCAAACA TGCTGTACTG GAATAAAGAA 
GGACAAGAGC AAAGTAATGA GCACGCTGTT TCATTTTTAC GGGAGTTAAA TGAAGCGGTA 
TTTGCAGAGG ATGAAGATTT CCTTATGACA GCAGAGGATT CAACAGCTTG GCCACTTGTA 
ACAGCTCCAA CGTATGAAGG TGGGCTTGGA TTCAATTACA AATGGAATAT GGGCTGGATG 
AATGACGTGC TGAAGTATAT GGAGTGTGCG CCAGAGTACA GAAAATATAT TCATGAGAAA 
ATGACGTTCT CTTTACTATA TGCTTACTCT GAAAATTTCA TATTACCGCT TTCTCATGAT 
GAAGTCGTTC ATGGGAAAAA GTCGTTATTA AATAAAATGC CAGGAGACTA CTGGGATAAG 
TTTGCTCAAC TTCGTTTATT ATATGGATAT TTCTTTACTC ATCCAGGAAA GAAATTACTT 
TTCATGGGTG GAGAATTCGG GCAGTTTGAT GAGTGGAAAG ACCTTGAAGA TTTAGATTGG 
AATTTACATG ATTTTGAAAT GCATCGTTAT ATGCATGATT ACTTTAAAGA GCTCATAGCA 
TTGTATAAGC GCTCCAAACC ACTTTGGCAG CTTGATCATT CGCCTGAAGG ATTTCAGTGG 
ATTGATGCTA ATAATAATGA GCAAAGTATT TTCTCTTTTA TCCGCCAAGG GGATAAACAA 
GAAGATGCGT TAGTTGTCGT ATGTAATTTT ACGAAAGCTA CATATGAAAA CTATAAAGTA 
GGTGTACCAG ATTTCGAGTA TTATAACGAG GTTTTAAACA GTGATGCTGA GCAATATGGC 
GGATCAGGGC AAGTAAATAA GAAGCGTCTG AAGGCGATTC AAGAGCCGTT TCATAATCAA 
GCAGCACATG TAGAAATTAC AATTCCACCA TTTGGCGTAT CCATATTACG ACCAGTGAAG 
ACGAGAAAGG GGAGCAAAAA ACAAGATGGC TCAAAAACAA AAGTGCGTAG CAATGTTACT 
AGCAGGGGGA AAAGGTAG 

 

Protein sequence

MNVINCEEVK RDEFHTEKYY ESYNIFGAHI VTEDEMRGVR FTVWAPHAKA MSVVGDFNEW 
DYEQHKMLQV TEEGIWSLFI PHIEEKEIYK YAIETMAGDV IFKADPYAVY AEVRPNTASV 
VFDIKGYEWN DKNWSRKKKK KSVYKEAMTV YELHFGSWKK KEDGTLYSYR EMAEELIPYV 
VEHQFTHIEI MPLVEHPYDR SWGYQGTGYY AATSRFGTPH DLMHFVDECH KYGIGVILDW 
VPGHFCKDAH GLYLFDGTPT YEYKDKDVQE NPVWGTVNFD LGKREVRNFL ISNALFWMRY 
FHIDGFRVDA VANMLYWNKE GQEQSNEHAV SFLRELNEAV FAEDEDFLMT AEDSTAWPLV 
TAPTYEGGLG FNYKWNMGWM NDVLKYMECA PEYRKYIHEK MTFSLLYAYS ENFILPLSHD 
EVVHGKKSLL NKMPGDYWDK FAQLRLLYGY FFTHPGKKLL FMGGEFGQFD EWKDLEDLDW 
NLHDFEMHRY MHDYFKELIA LYKRSKPLWQ LDHSPEGFQW IDANNNEQSI FSFIRQGDKQ 
EDALVVVCNF TKATYENYKV GVPDFEYYNE VLNSDAEQYG GSGQVNKKRL KAIQEPFHNQ 
AAHVEITIPP FGVSILRPVK TRKGSKKQDG SKTKVRSNVT SRGKR