KEGG   Parachlamydia acanthamoebae: PUV_12190
Entry
PUV_12190         CDS       T01552                                 
Name
(GenBank) putative uncharacterized protein
  KO
K01007  pyruvate, water dikinase [EC:2.7.9.2]
Organism
puv  Parachlamydia acanthamoebae
Pathway
puv00010  Glycolysis / Gluconeogenesis
puv00620  Pyruvate metabolism
puv00680  Methane metabolism
puv01100  Metabolic pathways
puv01110  Biosynthesis of secondary metabolites
puv01120  Microbial metabolism in diverse environments
puv01200  Carbon metabolism
Brite
KEGG Orthology (KO) [BR:puv00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00010 Glycolysis / Gluconeogenesis
    PUV_12190
   00620 Pyruvate metabolism
    PUV_12190
  09102 Energy metabolism
   00680 Methane metabolism
    PUV_12190
Enzymes [BR:puv01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.9  Phosphotransferases with paired acceptors
    2.7.9.2  pyruvate, water dikinase
     PUV_12190
SSDB
Motif
Pfam: PPDK_N
Other DBs
NCBI-ProteinID: CCB86169
UniProt: F8KZ46
Position
1370483..1374526
AA seq 1347 aa
MIPETNFGHKAANLIKLNELCHLLSIPDIQVRVPPFICFAHSEIFAHIQQYYPEYLEDWT
IFTQIQKEGILFSPDAQLSLWKIQENLIHLFANHPFESPALDAFIGKEVENNQVLVVRST
GREDGETFSNAGGNRSESGILPEIAAISAAIGKVIASYHSVKSLRLRIFGEDDPYSSPFL
SVFVQVMVGEIYEKNCRLGIPVSGILHTQEILGHTPKLIQIQALYGHNEALVKNIQPCDS
FYVYPDDVHAIIRFKKKRMVPSLAGEFVTIDNPWELRTSATLNHEQLFAFYQIAGKIQAF
YKKMMEVEWVYSHQTLYLVQARPLIETKKLGPSFVNESNLHACVGDFTVYQGETIASKGA
VTLLTGSYDLLQDVTLEKGFNHYLQESKPTAKAIFARLSAAATSHAACSLREQGIEVLCG
IDVLPEELDRADAFALIDPQQGKLFIIHGQDRDKTQLWEWLSEKGVVEEGWTYHPIPSIE
SIPRYELETTLKKLNFRQALTDKEIETLFREAHRLTENIPVQKLVGTLAWDMQTLEDKPI
LQKRMDVLLSHAHKILQMYFLREVPRKQRLHALKRLEALFFQKRSVDIVETDSRREILQE
QYLIFQMEKFAVLPQVKMAWKAFIEPLFLESETLKKLEYLIHEIQENQINEEWINIAFAY
AWKEKYAESSKDLLNHLEAQFKISIPAMRQIASARQNWNNFRDRLALWALPEHYERLWRE
FKISLLLELNDVAYQFFSIPDNQWLIRVVLLKFLQESIEMYDLAMKELKSSSMYHDKALQ
VFRFREMLIPFLELMKIWVTHIPSANIEEWIRSIEGFGDKLPGDYRQTIIQAIQRSFNQI
TSNGEEQLLPSTGFNVNALVISSAYFKSQELPTHSTLEDLCSLMHQNILIAQMTACIPLW
EGKLPSEIYPLHHALLSIKQDCFIRPGVQVPVHANWVGVSYHYPCFSLKYNIPVKNHSTI
IDVTYHLLTQQVEVEVRIIGHNRGGRMETIGKNVCVQSIAQNLKCEIYPEYDARLKMLLF
RWRFHEEEIKSEKKLKIIIHVLVKALEDTLAEREKLTALKLENLDKGNVQTWKTLWDSKE
NTLHWFKAGAPYFHALMQRCFAQKWDKECQAILSHIGLHFQKEDSPLFSKVFFALVNFLH
THPRQFCAFGSENRFFGLNEFSAWALEDILNDVHAIDLLISQRERLVYTAKDPAETKIFY
LALHVSILQHFLQQDNQNKALDYAKFLISHHQDETIVDLNIHSKHLAFPSAILKILEEGS
KDKIVDGYPVSKEIALQSTEILDMHGIKKERRILVKLPHTAHWIAATVIKSSPPESLAEP
FGSLKIRVSRGRVQKVVNPFGVRLLPI
NT seq 4044 nt   +upstreamnt  +downstreamnt
gtgattccggaaactaattttgggcacaaagctgctaatcttattaaattgaatgaatta
tgccatttgttatccattccagatattcaggttcgcgttcctcccttcatttgctttgcg
cattctgaaattttcgcgcacattcagcaatactaccctgaatatttggaagattggacg
atattcacgcagattcagaaagaaggaattctgtttagcccggatgcgcaattgtcgtta
tggaagattcaagaaaaccttatccatttgtttgcaaatcatccttttgaatcaccagct
ttggatgcatttatcggtaaggaagtcgaaaataatcaggtgcttgttgttcggagtaca
ggaagagaggatggagaaaccttttcaaatgcagggggaaaccgttctgagtctggcatt
ttgccagaaatcgcagcgatttcagctgccattggaaaagtgattgcatcctatcattct
gtaaaatctttgcgtttacgcatttttggtgaggatgatccctattcttctcctttttta
tcagtctttgttcaggtaatggttggggaaatttatgaaaaaaattgtcgcttagggatt
cctgtatctggcattttgcacacccaagaaattttgggacatactccaaagcttattcaa
atacaggccctttatggtcataacgaagctctagtcaaaaatattcagccttgtgatagc
ttttatgtgtatccagacgatgtgcatgcgatcattcgttttaaaaagaaaaggatggtt
cctagtttagcgggagagtttgttacaattgataatccgtgggaattgcgaacaagtgcg
actttaaatcacgaacaactttttgctttttatcaaattgccgggaaaattcaagctttc
tacaaaaaaatgatggaagtggaatgggtgtattctcatcaaacgctttatttggttcag
gccaggcctttgattgaaacaaaaaagctaggtccaagctttgtgaatgagtcgaattta
catgcttgtgtaggggattttacagtttatcaaggtgaaactattgcttcgaaaggagct
gtgaccctattaacaggttcttatgatcttttacaagatgttactttggagaaaggattt
aaccattatctgcaagaaagtaagcctaccgcaaaagcgatttttgcgagactttctgca
gctgcaacttcccatgccgcatgctcattacgtgaacaaggtattgaagttttgtgcggg
atcgatgttcttcctgaagaactagatcgtgccgatgcatttgcattgattgatcctcag
cagggaaaattatttatcatacatggccaagatcgcgataaaacccaattgtgggaatgg
ttaagcgaaaagggcgttgtagaagaaggctggacctatcacccaattccttcgattgaa
tccattccacggtatgaactagagacgaccttaaaaaaactgaattttcggcaagccctg
acggataaggagatagagactctatttagagaagcccatagactcaccgagaatataccc
gttcagaagcttgtgggaacgttggcatgggatatgcaaacgcttgaagataagcccatt
cttcaaaaacgaatggatgtgctattaagccatgcccataaaattcttcagatgtatttt
ttaagagaggttccacgtaaacagcgtttacacgctcttaaaagattagaggcgttgttt
tttcaaaaaagaagtgtagatatcgtcgaaacagattcgcgacgtgaaattcttcaagaa
caatatttaatttttcaaatggaaaaattcgctgttcttcctcaagtcaaaatggcttgg
aaagcttttatcgagccgttatttctagaatccgaaacgcttaaaaaactggaatattta
attcatgaaattcaagaaaaccaaattaatgaagagtggattaatatagcttttgcgtat
gcgtggaaggaaaagtatgcagaatcttccaaagatcttcttaatcacttggaagcacaa
tttaaaatttccattccagctatgcgtcagattgcgagtgctcgacaaaattggaataac
tttagagacagattagctctgtgggctctacctgagcattatgaaagactttggagagaa
ttcaaaatcagtctcttacttgaattaaatgacgttgcctatcaattcttctccattcca
gacaatcaatggctaatacgtgttgtcttattgaaattcctgcaagaatcgattgaaatg
tatgatcttgccatgaaagagctgaaaagtagctctatgtatcatgacaaagctcttcag
gtatttcgtttcagagaaatgcttattcctttcttagaattaatgaaaatttgggtcacg
cacattccatcggcaaatatcgaagaatggattcggtcaattgagggatttggagataaa
ttaccaggagactatcgacaaaccatcattcaagccattcagcgtagctttaatcagatt
acctctaatggggaagagcaacttctgcccagtacaggttttaacgtcaatgcgttagtc
attagtagcgcctacttcaaaagccaagaattacccacacattcgacgttagaagatttg
tgttcgttaatgcaccaaaacattttaattgcacagatgactgcatgcatccctctttgg
gaaggaaaattaccttcagaaatttatccgttgcatcacgcattgcttagtatcaaacag
gattgtttcattagaccaggagttcaagttcctgttcatgcgaactgggtaggggtgtcg
tatcattatccatgctttagcttgaagtataatatccccgttaaaaatcatagcacgatt
attgatgtaacttaccatcttttaacccaacaagtggaagtagaagtacgcatcattgga
cacaatcgtggggggcgtatggaaacgattgggaagaatgtgtgtgtgcagagtattgcg
caaaacttaaaatgtgaaatctatccagaatatgatgcgcgtttaaaaatgctccttttt
agatggcgttttcatgaggaagaaataaaatctgaaaaaaaactcaaaataattattcat
gttctagtcaaggcattagaagacactttagcagagcgggagaagctaacagcgctcaag
ttagaaaatttggacaagggcaatgtgcagacttggaaaacattgtgggattccaaagag
aatactttacattggtttaaagccggggcaccttattttcatgctttgatgcaaagatgt
tttgctcaaaaatgggacaaagaatgccaggcgattctctcacacataggattgcatttt
caaaaagaggattctcctttattttcaaaggtcttttttgctttagtaaactttttacat
acacatccacgccaattttgtgcattcggaagtgaaaaccgattttttgggttaaatgaa
ttttctgcatgggctttagaagatattttgaacgacgtacatgcgattgatttattgatc
agccagcgtgaacgtcttgtatacactgctaaagatcctgcagagacaaaaattttttac
ttagctcttcatgtgtctattttgcagcattttttgcaacaagacaatcaaaacaaggca
ctcgattatgcgaaattccttatctctcatcaccaagatgaaacgattgttgatctaaat
atccatagcaaacatttagcattcccatcggccatactaaagattttggaagaaggttca
aaggataaaattgtggacggctatcctgtttcaaaagaaattgctctgcaatcgactgaa
attctagatatgcatggcataaaaaaagaaaggcggattcttgtcaaattgcctcacact
gctcactggattgctgcgacagttattaaatcttctcctccggaatctctggctgagcct
ttcggatctttaaaaatccgcgtttcgagaggtcgtgtccaaaaagttgtgaatcctttt
ggcgtacgcttgcttcccatttaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (9)   
   KEGG PATHWAY (7)   
   KEGG MODULE (2)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (32)   
   KEGG ORTHOLOGY (1)   
   RefGene (29)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (1)   
   Pfam (1)   
All databases (54)   

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