Gene Pmob_1592 details

Gene Information       Plasmid Coverage information       Fosmid Coverage information       Sequence       

Gene Information

Locus tagPmob_1592 
Symbol 
ID5757911 
TypeCDS 
Is gene splicedNo 
Is pseudo geneNo 
Organism namePetrotoga mobilis SJ95 
KingdomBacteria 
Replicon accessionNC_010003 
Strand- 
Start bp1735152 
End bp1736861 
Gene Length1710 bp 
Protein Length569 aa 
Translation table11 
GC content39% 
IMG OID641302783 
Productacetolactate synthase, large subunit, biosynthetic type 
Protein accessionYP_001568611 
Protein GI160903030 
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 clones19 
Plasmid unclonability p-value1 
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
ATGCCGATTC TTTCCGGGGC AAGAATATTC GTTGAATCAC TTTTGAGGGA AAAGGTTGAA 
GTTGTATTTG GATATCCAGG AGGGAAGGTT ATTCCCCTTT ATGATGAACT GTACGACGCA 
CCTATAAAAC ATATATTAGT TCGTCATGAA CAAGGGGCAG CACATGCTGC AGATGGTTAT 
GCAAGGAGTA CAGGGAAGGT TGGGGTGTGT ATAGCCACTT CTGGGCCTGG AGCTACGAAC 
CTAGTTACAG GGTTAGCAAC AGCATACATG GATTCCGTAC CAGTTGTAGC TTTTACGGGT 
CAAGCTCCAA CGAGCCTAAT AGGTACAGAC TCATTCCAAG AAATAGATAT AAGAGGAATA 
ACCTTGCCTG TAACTAAGCA CAATTACATG GTAACAAATG TGAAGGATTT AGCCAAGACA 
ATAAAAGAAG CTTTTTACAT AGCAAGAACC GGCAGACCAG GTCCCGTTTT AATTGATTTA 
CCGGTGGATG TTCTTAAATC GCATGCTGAT TTCATGTATC CTGAAAGTGT TCATCTCCCA 
GGATATCAAC CAACATACGA AGGAAACTAT ATGCAAATAA AATTGGCAGC CGAGACAATT 
AACACTTCGC AAAGGCCCGT CATCTTTGCC GGTGGAGGCG TTATAAATTC TAATGCCTCA 
GAAGAACTAA CAAATATGGC AATAAAGGGA AGAATACCAG TAGTTACGTC TCTCATGGGG 
CTTGGTGTTT TTCCAGAAGA TCATGAGCTT TCTTTAAAGA TGTTAGGTAT GCACGGTACA 
ATGTATGCCA ACTACGCTAT TTCTGAAGCG GATTTGATAA TAGGAGTTGG AGTACGTTTT 
GATGACAGGG TAACGGGGAA GTTAGAGACA TTTGCTCCAC ATGCAAAGAT CATCCATATA 
GATATCGATC CAGCAGAAAT AAATAAAAAT GTCAAAGTTG ATATTCCGAT TGTTGGTAAT 
GCGAAAAACG TTTTAGATAA ATTAATTCCA CTAATAAAGA CGATCGAAAG AAAAGAATGG 
CTTGAACAAA TAAAAGAATG GAAAAGACGA TTTCCACTTA ACTACGAATA CGATGATAAC 
AGTATTAAAC CACAATACTT GATTGAAAAA TTGGATGAGT TAACTGATGA AAATACGGTA 
ATAGTAACAG AAGTTGGCCA AAATCAAATG TGGGCAGCCC AATACTTTCG TTTTTCGAAA 
CCTAGGTCAT TTATAACCTC TGGAGGTCTT GGAACTATGG GATACGGTTT ACCCGCCAGT 
GTAGGTGTTC AGGTAGGAAA TCCCAATAAA ACGGTTATCA ACATATCTGG TGACGGAAGT 
TTTCAAATGA ATCTCCAGGA GTTGGCTACA ATAAGTTCTA ACAGGCTCCC CGTGAAAATA 
ATTATTTTAA ACAATGGAAC GTTAGGGATG GTAAGACAGT GGCAAGAGTT ATTTTTTGAT 
GAAAGATATT CTGTCACTAT ACTTGAAAAT CCTGATTTTG TTAAATTGGC TCAGGCTTAT 
GGAATAAAAT CGTTAAGAAT CGATCAAACA AACGATGTAG AGATGGCTTT GAAAGAGGCT 
CTTAATTACG ATGGCCCAGT TTTACTTGAC GTCATTATTC CTCAAGATGA GAACGTATTT 
CCAATGGTTC CAGAAGGGGC ATCGATCAAT GAGATGTTGG AACTAAAAAA GAAAAAGAGA 
GAAAAGGAAA AACAGGGGGA GGTTGCATGA
 
Protein sequence
MPILSGARIF VESLLREKVE VVFGYPGGKV IPLYDELYDA PIKHILVRHE QGAAHAADGY 
ARSTGKVGVC IATSGPGATN LVTGLATAYM DSVPVVAFTG QAPTSLIGTD SFQEIDIRGI 
TLPVTKHNYM VTNVKDLAKT IKEAFYIART GRPGPVLIDL PVDVLKSHAD FMYPESVHLP 
GYQPTYEGNY MQIKLAAETI NTSQRPVIFA GGGVINSNAS EELTNMAIKG RIPVVTSLMG 
LGVFPEDHEL SLKMLGMHGT MYANYAISEA DLIIGVGVRF DDRVTGKLET FAPHAKIIHI 
DIDPAEINKN VKVDIPIVGN AKNVLDKLIP LIKTIERKEW LEQIKEWKRR FPLNYEYDDN 
SIKPQYLIEK LDELTDENTV IVTEVGQNQM WAAQYFRFSK PRSFITSGGL GTMGYGLPAS 
VGVQVGNPNK TVINISGDGS FQMNLQELAT ISSNRLPVKI IILNNGTLGM VRQWQELFFD 
ERYSVTILEN PDFVKLAQAY GIKSLRIDQT NDVEMALKEA LNYDGPVLLD VIIPQDENVF 
PMVPEGASIN EMLELKKKKR EKEKQGEVA