Rickettsia prowazekii Madrid E: RP492
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Entry
RP492 CDS
T00018
Symbol
RP492
Name
(GenBank) PYRUVATE,PHOSPHATE DIKINASE PRECURSOR (ppdK)
KO
K01006
pyruvate, orthophosphate dikinase [EC:
2.7.9.1
]
Organism
rpr
Rickettsia prowazekii Madrid E
Pathway
rpr00010
Glycolysis / Gluconeogenesis
rpr00620
Pyruvate metabolism
rpr00710
Carbon fixation by Calvin cycle
rpr00720
Other carbon fixation pathways
rpr01100
Metabolic pathways
rpr01110
Biosynthesis of secondary metabolites
rpr01120
Microbial metabolism in diverse environments
rpr01200
Carbon metabolism
Module
rpr_M00169
CAM (Crassulacean acid metabolism), light
Brite
KEGG Orthology (KO) [BR:
rpr00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00010 Glycolysis / Gluconeogenesis
RP492 (RP492)
00620 Pyruvate metabolism
RP492 (RP492)
09102 Energy metabolism
00710 Carbon fixation by Calvin cycle
RP492 (RP492)
00720 Other carbon fixation pathways
RP492 (RP492)
Enzymes [BR:
rpr01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.9 Phosphotransferases with paired acceptors
2.7.9.1 pyruvate, phosphate dikinase
RP492 (RP492)
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
PEP-utilizers_C
PPDK_N
PEP-utilizers
GEX2
Motif
Other DBs
NCBI-ProteinID:
CAA14944
UniProt:
Q9ZD55
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All DBs
Position
606090..608732
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AA seq
880 aa
AA seq
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MNKLIYYFGNNGSDGNASMNNILGNKGAGLAEMSNLKLPIPNGFTITTELCNYFYKHNNN
FPKNFQNELQQAISKLEVTTGKIFGSTTSNPLLLSVRSGSTVSMPGMMDTILNLGMNNEV
CNALADACGNKLFALDSYRRFLEMYGSTVLSIPSDLFEQIYENHKIQADIYKDSDITVEL
LEKIIDDFKRLHIKYDKQLINDPYEQLESAIKAVLYSWKNNRAIIYRKLNNISEDFGTAI
NIQEMVFGNLGKTSATGVAFTRSPSTGEKKLFGEFLINAQGEDIVSGTRTPMPIIANDSN
SMQAMMPEVFKELSQIAKKLEEHYLDMQDIEFTIENNKLYILQTRTAKRTAIAAINIAVQ
MVKEKLISKEQALMRIDPESLNQLLHTRIDYSKGLTSIAEGLPASPGAATGIVVFSPYDA
EKLSHHHKVILVRHDTSPEDINGMHVSSGILTIRGGMTSHAAVVARGMGKPCVCGTNNLS
IDEQKQILIAGDIVIKQGDIITIDGGSGKIFLGEMPLIQPTFSEESKLILDWADEISSLK
VRANAETVNDALVSIKFGAQGIGLCRSEHMFFDKNKIPLVREMIIAPDIERRQCALQKLL
PLQTEDFKSLFRVMKNKPVNIRLLDPPLHEFLPTTEEDKKNLANSLNLPLSMIHQRLHAM
HEVNPMLGHRGCRLGICLPEIYQMQIEAIFTAIFELHKKEHIESNLELMIPLISNVAEIK
KLKMYIYEVVQELEQRYSYKFSFTLGTMIELPRAALESKKIAKEVDYFSFGTNDLTQTTY
GISRDDIASFLPYYLEEKIFESDPFTTLDEEGVGELIEIAIKRGKSSNANLKLGACGEHA
GNPTSIAFFHKANLNYVSCSPYRIPIARIAAAQAKIKQGS
NT seq
2643 nt
NT seq
+upstream
nt +downstream
nt
atgaataaattaatttattattttggtaataatggtagtgatggaaacgctagcatgaac
aatatacttggtaataaaggtgcaggtcttgctgaaatgtctaacctaaaactacctatt
cctaatggttttacaataactacagagttatgtaattatttttataagcacaataataac
tttccaaaaaattttcaaaatgaattacaacaagctatcagcaaacttgaagtcactact
ggtaaaatttttggtagtacgacaagcaatcctttattattatcagtgcgttcaggttct
acagtttcaatgcctggaatgatggatactatacttaatcttgggatgaataatgaagtg
tgtaatgctcttgctgatgcgtgcggtaataaactatttgctcttgatagttacagaaga
tttttagagatgtacggttcaactgtattatctatacctagtgatctatttgaacaaatt
tatgaaaatcataagattcaggctgatatttataaagatagtgatattaccgtagaatta
ttagaaaaaattattgatgattttaaacgattgcatattaagtatgataagcaactaatc
aatgatccttatgaacaattagaatcagcaattaaagctgtactatattcttggaaaaat
aatagagcgattatatatagaaaactcaataacatttcagaagattttgggacagctatt
aatattcaagaaatggttttcggtaatttaggtaaaacttcagctacgggcgttgctttt
actaggtcaccttctacaggagaaaaaaaattatttggagagtttttaatcaatgctcaa
ggtgaagacatagtctcaggaactagaactcctatgccaattatagcaaatgattcgaat
tctatgcaagcaatgatgccggaagtgtttaaggaattatcacaaatagcaaaaaagctt
gaagaacattatttagatatgcaagatatagaatttactatagagaataataaactatat
atactacaaacacgtactgcaaagagaactgctatcgctgctattaatattgcagtacaa
atggtaaaagaaaaacttatttctaaagaacaggcattaatgcgcattgatccggaatca
ttaaatcaattattacatacaagaattgattacagcaaggggcttacttctattgctgag
ggacttcctgcttctcctggtgctgcaactgggattgtagtattctcaccttatgatgct
gaaaaattatcgcatcatcataaagtaattttagtacgtcatgataccagtcccgaagat
attaatggaatgcatgtttcttctggtattttaactattagaggtggaatgacttcgcat
gctgcagttgtagcaagaggtatgggaaaaccttgtgtttgtgggacaaataatttatct
atagatgaacaaaagcaaatattaatagcaggtgacatagttattaaacaaggagatatt
ataacaattgatggaggtagtggtaaaatctttttaggggaaatgccattaattcagcct
actttcagtgaagagtcaaagctaattttagattgggcagacgaaattagcagcttaaaa
gttcgtgccaatgctgaaactgttaacgatgctttagtatctataaaatttggtgctcaa
ggtataggtttgtgtcgtagcgaacatatgttttttgataagaataaaattcctttagta
agggagatgattattgctcctgatatagaacgtagacaatgcgcgttacagaaattatta
ccactacaaactgaggattttaaatctttattcagagtaatgaaaaataaacctgtaaat
attagattacttgatcctccactacatgagtttttacctactactgaagaggataaaaaa
aatttagcaaatagcttaaatttaccgttatctatgattcatcaacgtcttcatgctatg
catgaagtaaatcctatgcttgggcatcgtggatgtagactgggaatatgcttaccggaa
atttaccaaatgcaaattgaagcaatttttacagctatttttgaactacataaaaaagaa
catatagaatctaatttagaattaatgattcctttaattagtaacgtagctgaaataaaa
aagctcaaaatgtatatttatgaagtagtacaagaattagaacaacgttatagctataag
ttttcctttacccttggtactatgatagaacttccaagggccgcacttgagagtaaaaaa
atagctaaggaggttgactattttagttttgggactaatgatttaactcaaactacatat
ggaatttctagagatgacattgcatcttttcttccatattatttagaagaaaagattttt
gaatctgatccatttactactcttgatgaagaaggagtaggagaattaattgaaattgct
ataaaacgaggtaaaagcagtaatgctaatttaaaacttggagcttgcggagagcatgct
ggaaaccctacttcaattgcattttttcataaggcgaatttaaactatgtttcttgctct
ccatacagaatccctatagcaagaattgctgcagctcaagctaaaattaaacaagggtca
taa
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