KEGG   Bacillus thuringiensis MC28: MC28_1735Help
Entry
MC28_1735         CDS       T02263                                 

Definition
Nucleotide-binding protein expZ
Orthology
K01895  
acetyl-CoA synthetase [EC:6.2.1.1]
Organism
btm  Bacillus thuringiensis MC28
Pathway
Glycolysis / Gluconeogenesis
Pyruvate metabolism
Propanoate metabolism
Methane metabolism
Metabolic pathways
Biosynthesis of secondary metabolites
Microbial metabolism in diverse environments
Carbon metabolism
Brite
KEGG Orthology (KO) [BR:btm00001]
 Metabolism
  Overview
   01200 Carbon metabolism
    MC28_1735
  Carbohydrate metabolism
   00010 Glycolysis / Gluconeogenesis
    MC28_1735
   00620 Pyruvate metabolism
    MC28_1735
   00640 Propanoate metabolism
    MC28_1735
  Energy metabolism
   00680 Methane metabolism
    MC28_1735
Enzymes [BR:btm01000]
 6. Ligases
  6.2  Forming carbon-sulfur bonds
   6.2.1  Acid-thiol ligases
    6.2.1.1  acetate---CoA ligase
     MC28_1735
Lipid biosynthesis proteins [BR:btm01004]
 Acyl-CoA synthetase
  Short/medium chain acyl-CoA synthetase
   MC28_1735
BRITE hierarchy
SSDB OrthologParalogGene clusterGFIT
Motif Motif
Other DBs
NCBI-GI: 
NCBI-GeneID: 
UniProt: 
Position
1706345..1708285
Genome map
AA seq 646 aa AA seqDB search
MKQAVWFPTEEYKEKTRLYGWMKSLGYEDYETFYNKSIEETAWFWGEAEKAVGYQWMKPY
TEVLDLENGTPFAQWYNDGTCNVVESALSRWIADEVTRKQPALQYEGENGTSKSFTYEEL
DNWVSRVANGLKQAGIEKGDRVTIYMPMIPETVVAMLAVMKIGAIISPIFSGFASDAVMT
RVQAAGSKMIITADGFSRRGKIVSLKDEVDKACEHCPTVEKVVIVRHAGNNFTPHHYDFS
WSTLEKEKPFIHAEEMHSDDPLMLIYTSGTTGKPKGTVHTHAGFPLKAAFDAGFGMNIKQ
GDRVLWVTDMGWMMGPFLLFGSLINGATMVMYEGVPDFPEADRLWETVDKYEITHLGISP
TLIRALMAKGDEYVNKHSLKSLEVFASTGEPWNPDPWMWLFETVGKGKVPICNYSGGTEI
SGGIFGNVLIKPIAPISFNASLPGMAAVVLDDQGKPIRDEVGELCLEKPWVGMTKSFWED
DERYVNTYWSRFENKWVHGDWVIYDGEQYIITGRSDDTLNIAGKRIGPAEYESILVKHIN
VIEAASIGVPDDVKGEVCHCFVVLRDGVIFTAELKKELMSLVNSHIGKALCPKDIHVVAD
LPKTRNSKVMRRVIKAAYLGKELGDLSSLVNPEVVPHIQGLQSSKL
NT seq 1941 nt NT seq  +upstreamnt  +downstreamnt
ttgaaacaagcagtttggtttccaacagaagagtataaggaaaaaacacgtttatatggt
tggatgaaatcattgggatatgaagactatgaaactttttataataaatctattgaggaa
acagcttggttttggggagaggcagaaaaagcagttggctatcaatggatgaaaccttat
acagaagtgttagatttagaaaatggtacgccatttgcacagtggtataatgatggaaca
tgtaacgttgtagaatcagctttatcccgctggattgcggatgaagtgacaagaaaacag
ccagcacttcagtacgaaggggaaaatggaacttcaaaatcatttacatatgaagagctt
gacaattgggtaagccgtgtggccaatggtttgaaacaagcgggtattgagaagggcgat
cgtgtaacaatttatatgccgatgattccggaaacagttgttgcgatgctagctgtaatg
aaaatcggagcaattatttcaccaatattttcgggatttgcttcggatgcagttatgaca
cgcgtacaagcagctggttcaaaaatgattattaccgcagatggattttcacgccgcggg
aaaattgtttctttaaaggatgaagtagataaagcttgtgaacattgcccgactgttgaa
aaggtggtaattgttcgtcatgcaggaaataattttacaccgcatcattatgacttttca
tggagtacgctagaaaaagaaaaaccattcatacatgccgaagaaatgcatagtgatgat
cctttaatgctcatatatacatcaggaacgactggtaagccgaaaggaacggtacacacg
catgcaggatttcctttgaaagcagcttttgatgcaggatttggaatgaatattaaacaa
ggtgatcgtgtattgtgggtaactgatatgggctggatgatggggccatttttattattc
ggttcactcataaatggtgcaacgatggttatgtacgaaggtgttccagactttccagaa
gcagatcgcttatgggagacggttgataaatatgaaattactcatctcggtatttcgcca
acgttaatccgtgcattaatggcaaaaggtgatgagtatgtgaataaacattctttaaag
agtttagaagtattcgcatcaacaggagagccttggaatcctgatccatggatgtggctg
tttgaaacagttggaaaaggaaaagtgccaatctgtaactattcaggcggaactgaaatt
tctggtgggattttcggtaatgttctgattaagccaatcgcaccaattagttttaacgca
tcgttaccaggtatggctgcggttgtacttgatgatcaaggtaaaccaatccgtgatgaa
gttggagaattatgtttagagaaaccttgggttggaatgacgaaaagtttctgggaagac
gatgagcgttatgtgaacacatattggtcacgatttgaaaataaatgggttcatggtgac
tgggttatttatgatggtgaacaatatatcattacagggcgttcagatgatacgctaaat
attgctggtaaacgtattgggcctgctgaatatgagtctattcttgtgaaacatattaat
gtaatagaagcagcttcaattggtgtacctgacgatgtaaaaggtgaggtttgtcattgc
tttgtagtattacgagatggtgtaatatttacagcagaattaaagaaagaattaatgagt
ttagtaaattctcatatcggaaaagcattatgtccaaaggatatccacgttgtagcggat
ttgccaaaaacacgtaattctaaagtaatgcgacgcgtcatcaaagcggcttacttagga
aaagaattaggagatttatcatcacttgtaaatccagaagtagttccacatattcagggt
ctacagtctagtaaattataa

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