Gene B21_00078 details

Gene Information       Plasmid Coverage information       Fosmid Coverage information       Sequence       

Gene Information

Locus tagB21_00078 
SymbolilvI 
ID8113599 
TypeCDS 
Is gene splicedNo 
Is pseudo geneNo 
Organism nameEscherichia coli BL21 
KingdomBacteria 
Replicon accessionNC_012892 
Strand
Start bp88435 
End bp90159 
Gene Length1725 bp 
Protein Length574 aa 
Translation table11 
GC content53% 
IMG OID644846372 
Producthypothetical protein 
Protein accessionYP_002997945 
Protein GI251783641 
COG category[H] Coenzyme transport and metabolism
[E] Amino acid 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 clones15 
Plasmid unclonability p-value
Plasmid hitchhikingNo 
Plasmid clonabilitynormal 
 

Fosmid Coverage information

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

Sequence

Gene sequence
ATGGAGATGT TGTCTGGAGC CGAGATGGTC GTCCGATCGC TTATCGATCA GGGCGTTAAA 
CAAGTATTCG GTTATCCCGG AGGCGCAGTC CTTGATATTT ATGATGCATT GCATACCGTG
GGTGGTATTG ATCATGTATT AGTTCGTCAT GAGCAGGCGG CGGTGCATAT GGCCGATGGC
CTGGCGCGCG CGACCGGGGA AGTCGGCGTC GTGCTGGTAA CGTCGGGTCC AGGGGCGACC
AATGCGATTA CTGGCATCGC CACCGCTTAT ATGGATTCCA TTCCATTAGT TGTCCTTTCC
GGGCAGGTAG CGACCTCGTT GATAGGTTAC GATGCCTTTC AGGAGTGCGA CATGGTGGGG
ATTTCGCGAC CGGTGGTTAA ACACAGTTTT CTGGTTAAGC AAACGGAAGA CATTCCGCAG
GTGCTGAAAA AGGCTTTCTG GCTGGCGGCA AGTGGTCGCC CAGGACCAGT AGTCGTTGAT
TTACCGAAAG ATATTCTTAA TCCGGCGAAC AAATTACCCT ATGTCTGGCC GGAGTCGGTC
AGTATGCGTT CTTACAATCC CACTACTACC GGACATAAAG GGCAAATTAA GCGTGCTCTG
CAAACGCTGG TGGCGGCAAA AAAACCGGTT GTCTACGTAG GTGGTGGGGC AATCACGGCG
GGCTGCCATC AGCAGTTGAA AGAAATGGTG GAGGCGTTGA ATCTGCCCGT TGTTTCCTCA
TTGATGGGGC TGGGGGCGTT TCCGGCAACG CATCGTCAGG CACTGGGCAT GCTGGGAATG
CACGGTACCT ACGAAGCCAA TATGACGATG CATAACGCGG ATGTGATTTT CGCCGTCGGG
GTACGATTTG ATGACCGAAC GACGAACAAT CTGGCAAAGT ACTGCCCAAA TGCCACTGTT
CTGCATATCG ATATTGATCC TACTTCCATT TCTAAAACCG TGACTGCGGA TATCCCGATT
GTGGGGGATG CTCGCCAGGT CCTCGAACAA ATGCTTGAAC TCTTGTCGCA AGAATCCGCC
CATCAACCGC TGGATGAGAT CCGCGACTGG TGGCAGCAAA TTGAACAGTG GCGCGCTCGT
CAGTGCCTGA AATATGACAC TCACAGTGAA AAGATTAAAC CGCAGGCGGT GATCGAGACT
CTTTGGCGGT TGACGAAGGG AGACGCTTAC GTGACGTCCG ATGTCGGGCA GCACCAGATG
TTTGCTGCAC TTTATTATCC ATTCGACAAA CCGCGTCGCT GGATCAATTC CGGTGGCCTC
GGCACGATGG GTTTTGGTTT ACCTGCGGCA CTGGGCGTCA AAATGGCGTT GCCAGAAGAA
ACCGTGGTTT GCGTCACTGG CGACGGCAGT ATTCAGATGA ACATCCAGGA ACTGTCTACC
GCGTTGCAAT ACGAGTTGCC CGTACTGGTG GTGAATCTCA ATAACCGCTA TCTGGGGATG
GTGAAGCAGT GGCAGGACAT GATCTATTCC GGCCGTCATT CACAATCTTA TATGCAATCG
CTACCCGATT TCGTCCGTCT GGCGGAAGCC TATGGGCATG TCGGGATCCA GATTTCTCAT
CCGCATGAGC TGGAAAGCAA ACTTAGCGAG GCGCTGGAAC AGGTGCGCAA TAATCGCCTG
GTGTTTGTTG ATGTTACCGT CGATGGCAGC GAGCACGTCT ACCCGATGCA GATTCGCGGG
GGCGGAATGG ATGAAATGTG GTTAAGCAAA ACGGAGAGAA CCTGA
 
Protein sequence
MEMLSGAEMV VRSLIDQGVK QVFGYPGGAV LDIYDALHTV GGIDHVLVRH EQAAVHMADG 
LARATGEVGV VLVTSGPGAT NAITGIATAY MDSIPLVVLS GQVATSLIGY DAFQECDMVG
ISRPVVKHSF LVKQTEDIPQ VLKKAFWLAA SGRPGPVVVD LPKDILNPAN KLPYVWPESV
SMRSYNPTTT GHKGQIKRAL QTLVAAKKPV VYVGGGAITA GCHQQLKEMV EALNLPVVSS
LMGLGAFPAT HRQALGMLGM HGTYEANMTM HNADVIFAVG VRFDDRTTNN LAKYCPNATV
LHIDIDPTSI SKTVTADIPI VGDARQVLEQ MLELLSQESA HQPLDEIRDW WQQIEQWRAR
QCLKYDTHSE KIKPQAVIET LWRLTKGDAY VTSDVGQHQM FAALYYPFDK PRRWINSGGL
GTMGFGLPAA LGVKMALPEE TVVCVTGDGS IQMNIQELST ALQYELPVLV VNLNNRYLGM
VKQWQDMIYS GRHSQSYMQS LPDFVRLAEA YGHVGIQISH PHELESKLSE ALEQVRNNRL
VFVDVTVDGS EHVYPMQIRG GGMDEMWLSK TERT