Gene BCB4264_A1851 details

Gene Information

• Locus tag: BCB4264_A1851
• Symbol: ilvB2
• ID: 7096451
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Bacillus cereus B4264
• Kingdom: Bacteria
• Replicon accession: NC_011725
• Strand: +
• Start bp: 1756510
• End bp: 1758231
• Gene Length: 1722 bp
• Protein Length: 573 aa
• Translation table: 11
• GC content: 40%
• IMG OID: 643469387
• Product: acetolactate synthase 3 catalytic subunit
• Protein accession: YP_002366569
• Protein GI: 218235285
• COG category: [E] Amino acid transport and metabolism; [H] Coenzyme transport and metabolism
• COG ID: [COG0028] Thiamine pyrophosphate-requiring enzymes [acetolactate synthase, pyruvate dehydrogenase (cytochrome), glyoxylate carboligase, phosphonopyruvate decarboxylase]
• TIGRFAM ID: [TIGR00118] acetolactate synthase, large subunit, biosynthetic type

Plasmid Coverage information

• Num covering plasmid clones: 8
• Plasmid unclonability p-value: 0.842705
• 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

ATGGAAATGA AGCAGCAGTA TACAGCGTAT GAGAAGTTAC AGTATGAAGA AATGACAGGC 
GCTGGGCACG TGATTCAATG TTTGAAGAAA TTGGGTGTAA CGACCGTTTT CGGCTATCCA 
GGCGGAGCGA TTTTACCAGT ATACGATGCG TTATACGAAA GTGGTTTGAA ACATGTTTTA 
ACTCGTCATG AGCAAGCTGC CATTCATGCG GCTGAAGGAT ATGCGAGAGC TTCTAGAAAG 
GTCGGGGTAG TCTTTGCTAC CTCTGGCCCA GGGGCGACAA ATTTAGTTAC GGGCTTAGCA 
GACGCTTATA TGGATTCGAT TCCTTTAGTT GTCATTACCG GTCAAGTTGC GACGCCTTTA 
ATTGGTAAAG ATGGATTTCA AGAAGCGGAT GTTGTCGGAA TTACAGTACC TGTAACGAAG 
CATAATTACC AAGTTCGTGA TGTAAATCAT GTATCACAAG TTGTGCAAGA AGCTTTTTAC 
ATCGCCAAAA GCGGACGACC GGGACCAGTA TTAATCGATA TTCCAAAAGA TGTTCAAAAT 
GCAAAAGTCA CCAGTTTCTT TAATGAAGAA GTTGATATTC CGGGGTACAA ACCAGAACTT 
GTACCAGACA GCATGAAACT TAGAGAGGTG GCTAAAGCAA TTTCAAAATC AAAGCGTCCA 
CTTCTTTATA TTGGAGGAGG TGTCATTCAT TCAGGTGGAT CCGATGAACT CTTCGAATTC 
GCAAGGGAGA ACCGTATTCC AGTCGTTTCA ACTTTAATGG GACTTGGTGC ATATCCACCG 
GGAGATCCAT TGTTTCTAGG GATGCTTGGT ATGCATGGGA CATACGCTGC TAATATGGCG 
GTAACAGAAT GTGATTTATT ACTTGCATTA GGTGTTCGCT TCGATGATCG TGTAACAGGA 
AAATTAGAAC TTTTTTCTCC GCACTCGAAA AAAGTACATA TTGATATTGA TCCTTCTGAG 
TTTCATAAAA ATATAACTGT AGAGCATCCG ATTGTTGGTG ATGTGAAAAA AGCGTTACAC 
ATGTTGTTAC ATATGTCTAT TTATACACAA ACAGACGAAT GGCTTCAGAA AGTAAAGGCA 
TGGAAAGAAG AATATCCACT TTCTTATAAG CAAAAAGAAT CTGAGTTAAA ACCACAGCAT 
GTGATCAACT TAGTAAGTGA ATTAACGAAT GGTGAAGCGA TTGTCACAAC AGAAGTAGGA 
CAGCATCAAA TGTGGGCTGC TCACTTCTAT AAAGCAAGAA AACCTCGGAC GTTCCTTACT 
TCTGGAGGAT TAGGAACGAT GGGGTTTGGT TTTCCAGCAG CAATCGGTGC TCAGCTAGCT 
AAAAAAGAAG AACTTGTTAT TTGTATTGCA GGTGATGCTT CTTTTCAAAT GAACATTCAA 
GAACTACAAA CAATTGCTGA AAATAATATC CCTGTAAAAG TATTTATCAT AAATAACAAA 
TTTTTAGGGA TGGTAAGGCA ATGGCAAGAA ATGTTTTATG AAAATCGTTT ATCAGAGTCA 
AAAATTGGAT CACCAGATTT TGTGAAAGTA GCAGAAGCTT ATGGAGTAAA GGGATTAAGA 
GCAACAAATT CAACCGAGGC GAAACAAGTG ATGTTAGAAG CATTTGCTCA CGAAGGTCCT 
GTCGTAGTTG ATTTTTGTGT AGAAGAAGGT GAAAACGTAT TTCCGATGGT TCCGCCAAAC 
AAAGGAAATA ACGAAATGAT TATGAAGAGG TGGGAAGAAT GA 

 

Protein sequence

MEMKQQYTAY EKLQYEEMTG AGHVIQCLKK LGVTTVFGYP GGAILPVYDA LYESGLKHVL 
TRHEQAAIHA AEGYARASRK VGVVFATSGP GATNLVTGLA DAYMDSIPLV VITGQVATPL 
IGKDGFQEAD VVGITVPVTK HNYQVRDVNH VSQVVQEAFY IAKSGRPGPV LIDIPKDVQN 
AKVTSFFNEE VDIPGYKPEL VPDSMKLREV AKAISKSKRP LLYIGGGVIH SGGSDELFEF 
ARENRIPVVS TLMGLGAYPP GDPLFLGMLG MHGTYAANMA VTECDLLLAL GVRFDDRVTG 
KLELFSPHSK KVHIDIDPSE FHKNITVEHP IVGDVKKALH MLLHMSIYTQ TDEWLQKVKA 
WKEEYPLSYK QKESELKPQH VINLVSELTN GEAIVTTEVG QHQMWAAHFY KARKPRTFLT 
SGGLGTMGFG FPAAIGAQLA KKEELVICIA GDASFQMNIQ ELQTIAENNI PVKVFIINNK 
FLGMVRQWQE MFYENRLSES KIGSPDFVKV AEAYGVKGLR ATNSTEAKQV MLEAFAHEGP 
VVVDFCVEEG ENVFPMVPPN KGNNEMIMKR WEE