Gene Bcer98_1120 details

Gene Information       Plasmid Coverage information       Fosmid Coverage information       Sequence       

Gene Information

Locus tagBcer98_1120 
Symbol 
ID5344443 
TypeCDS 
Is gene splicedNo 
Is pseudo geneNo 
Organism nameBacillus cytotoxicus NVH 391-98 
KingdomBacteria 
Replicon accessionNC_009674 
Strand+ 
Start bp1232165 
End bp1233865 
Gene Length1701 bp 
Protein Length566 aa 
Translation table11 
GC content41% 
IMG OID640838714 
Productacetolactate synthase catalytic subunit 
Protein accessionYP_001374441 
Protein GI152974924 
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 clones0 
Plasmid unclonability p-value0.00000146949 
Plasmid hitchhikingNo 
Plasmid clonabilityunclonable 
 

Fosmid Coverage information

Num covering fosmid clonesn/a 
Fosmid unclonability p-valuen/a 
Fosmid Hitchhikern/a 
Fosmid clonabilityn/a 
 

Sequence

Gene sequence
ATGGCTTCAA AAACAGAAGA AAAAATGGTA ACTGGTGCAG AGCTATTGTT AGAAGCGCTA 
GAGAAGGAAG CGGTTGAGGT GATTTTTGGA TATCCAGGCG GTGCGGTTTT ACCACTATAT 
GATGCATTGT ATGATTGTAA GATTCCTCAT ATTTTAACAA GACATGAACA AGGTGCGATA 
CATGCAGCAG AAGGATATGC CCGAATTACC GGGAATCCAG GTGTTGTCAT TGCAACAAGT 
GGACCAGGAG CAACAAACGT AATCACTGGG CTCGCCGATG CAATGATTGA TTCATTGCCG 
CTCGTTGTTT TTACAGGGCA AGTGGCTACA ACTTTAATTG GAAGTGACGC ATTCCAAGAA 
GCGGATATTA TGGGACTTAC CATGCCGGTA ACAAAGCATA ATTATCAAGT CCGAAAAGCT 
TCGGATTTAC CCAGGATTAT TAAAGAAGCA TTTCATATTG CAAAAACAGG GCGACCGGGA 
CCAGTTGTGA TTGATCTCCC TAAAAATATG GTGATGGAGG AAGGGGAGCG ATGCAGTGAT 
GTGCAAATGG ATTTACCCGG GTATCAGCCG AATTATGAAC CGAACGTATT ACAAATTACC 
AAATTATCAC AAGCGATTGC TACGGCTAAA AAACCGCTTA TTTTAGCTGG TGCTGGTGTG 
CTACATGCAA AGGCTTCAAA AGAATTGACA AAATTTGCTC GCATGTACCG TCTACCAGTC 
GTTCATACGC TTCTTGGATT AGGAGGATTC CCATCAGATG ATGAATTGTT TTTAGGAATG 
GGAGGGATGC ATGGGTCCTA TACAGCGAAC ATGGCAATGT ATGAATGTGA TTTGCTTATC 
AATATTGGTG CAAGATTTGA CGATCGGCTT ACAGGGAATT TAGCATATTT TGCGAAAAAG 
GCCACTGTTG CACATATTGA TATCGATCCT GCAGAGATTG GTAAAAATGT CCCAACGGCT 
ATCCCGATTG TTGCAAGTGC GAAGCGAGCT TTAGAAGCAC TATTAGAACG TAAAGAGCGA 
AAAGAGAATC ATGAAGAGTG GCTTACGCTT TTAAAAAAGA GAAAAGAACA ATATCCGTTT 
TTTTATAAAC AAGATGCAGA AAAAATGAAA CCGCAAGCAG CAATTGATAT GTTGTATGAA 
ATTACAAAGG GGACAGCGAT TATTACGACG GATGTTGGTC AACATCAAAT GTGGGCTGCT 
CAATATTACC CACTTAAAGA GCCGAATAAA TGGGTAACAT CAGGAGGACT TGGAACGATG 
GGATTTGGGC TTCCAGCAGC AATTGGTGCA CAAATTGCTA AGCCAACTGA ATTAGTGGTT 
GCGATTGTCG GTGATGCTGG TTTTCAAATG ACATTGCAAG AATTAAGTGT TTTAAAAGAA 
CATTCTTTAC CCGTTAAAGT GTTAATTTTA AATAATGAGG CGTTAGGAAT GGTAAGACAG 
TGGCAAGATG AGTTTTATCA GCAAAGATAT TCTCATTCGC TCCTTTCTTG TCAGCCGGAT 
TTTGTGACAT TAGCACAAGC TTATGGCATA AAAGGCATAA GAATTCAAGA TCCACTGCGA 
GCGAAAGAAG AATTACAAGC GGCAATGACA TTAGATGAAC CTGTCGTAAT TGATTGCCGA 
GTGTTGCAGT CTGAAAAAGT AATGCCGATG GTTGCTCCAG GAAAAGGAGT CCATCAAATG 
GAGGGGGTGA AAAGGAAATG A
 
Protein sequence
MASKTEEKMV TGAELLLEAL EKEAVEVIFG YPGGAVLPLY DALYDCKIPH ILTRHEQGAI 
HAAEGYARIT GNPGVVIATS GPGATNVITG LADAMIDSLP LVVFTGQVAT TLIGSDAFQE 
ADIMGLTMPV TKHNYQVRKA SDLPRIIKEA FHIAKTGRPG PVVIDLPKNM VMEEGERCSD 
VQMDLPGYQP NYEPNVLQIT KLSQAIATAK KPLILAGAGV LHAKASKELT KFARMYRLPV 
VHTLLGLGGF PSDDELFLGM GGMHGSYTAN MAMYECDLLI NIGARFDDRL TGNLAYFAKK 
ATVAHIDIDP AEIGKNVPTA IPIVASAKRA LEALLERKER KENHEEWLTL LKKRKEQYPF 
FYKQDAEKMK PQAAIDMLYE ITKGTAIITT DVGQHQMWAA QYYPLKEPNK WVTSGGLGTM 
GFGLPAAIGA QIAKPTELVV AIVGDAGFQM TLQELSVLKE HSLPVKVLIL NNEALGMVRQ 
WQDEFYQQRY SHSLLSCQPD FVTLAQAYGI KGIRIQDPLR AKEELQAAMT LDEPVVIDCR 
VLQSEKVMPM VAPGKGVHQM EGVKRK