Candidate division SR1 bacterium Aalborg_AAW-1: XF24_00730
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Entry
XF24_00730 CDS
T04487
Symbol
ppsA
Name
(GenBank) Phosphoenolpyruvate synthase
KO
K01007
pyruvate, water dikinase [EC:
2.7.9.2
]
Organism
srg
Candidate division SR1 bacterium Aalborg_AAW-1
Pathway
srg00010
Glycolysis / Gluconeogenesis
srg00620
Pyruvate metabolism
srg00680
Methane metabolism
srg01100
Metabolic pathways
srg01110
Biosynthesis of secondary metabolites
srg01120
Microbial metabolism in diverse environments
srg01200
Carbon metabolism
Brite
KEGG Orthology (KO) [BR:
srg00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00010 Glycolysis / Gluconeogenesis
XF24_00730 (ppsA)
00620 Pyruvate metabolism
XF24_00730 (ppsA)
09102 Energy metabolism
00680 Methane metabolism
XF24_00730 (ppsA)
Enzymes [BR:
srg01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.9 Phosphotransferases with paired acceptors
2.7.9.2 pyruvate, water dikinase
XF24_00730 (ppsA)
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Paralog
Gene cluster
GFIT
Motif
Pfam:
PPDK_N
PEP-utilizers_C
PEP-utilizers
Motif
Other DBs
NCBI-ProteinID:
AKH33056
UniProt:
A0A288GW18
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Position
750825..753563
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AA seq
912 aa
AA seq
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MRNKTNIPHQLDENGDLLWVGGTAEQPWIVVTKSPDILNKEFVGGKSAKQADIYRKLNGL
DDNMSPKAETIIKQLQSLPMKVIAENQFGITDFAYQLFIAPILPQLRVYLDRGSLDLKDN
ESFTTAEENSQALVSEQDFSPEFVEAAQIAFEWLESKNPGVPRAVRSTAPSEDGAEFSGS
GKYSTKLRQFGFEQILGAIKKCFVSRFNRGAIHYQFGAPQAFGEDLASLSFAVMVQDMQP
QIDVAGTIFTADTQSKHAGFVEINFTYGLGEAVVSGRVSSDSWMFAKRPLRLGLDGLIDF
KLGQKQERFDGQWHPNTSDERARKCMNDETAAVLATAGMLLGDLFRELDPDSIESDLEAA
VNFSNNTIIITQQRAITTLKREPIHQKFNLEGLNEDGEETDELRNAVLLQEQGINAGIPG
ITHGVVISLFGEGPQFKKEFEKKFNAKRKEVTQRYGDKVGVILVTAMTYPWMEPSMEQTV
ACVTTRGGKNDHTPIWCKEHGLPCAVSVKEAADRLLDGALITYYGVGDTPTFYNGRHGYT
LTETKLEGLKASPIPIRLIISDANTARSVAMRSYFPELNIGMGSGLVRWEMLAAKLRVHP
MAIVNYDTLIQDFLKLVNQGRMTREDAVRTAEDVTEYIKAEAKNLNPVEWYVKALAKEIA
GIVSPYYTDDINQPMVIRLPDFKTNEHADLLGGRAYEPVEENPMLGDRGAGKYLGPYQKA
FVAMDLKALAYVINDMGYTNIHIEVPFVRTPEEMEEVASIVKANGIDIPLDMMIELPVNI
SRAVDFFKVADGGQIGSNDLLQLEFGLDRSGGDITPWHIEHLKFRINKLIQRRNREAPNY
HLGLCGNLPSTNPEFAKWLAESGIEEFSVTPDALIPALLGVTGEKPDGKQTITTFTVKGE
ILVNGELVETYA
NT seq
2739 nt
NT seq
+upstream
nt +downstream
nt
atgcgaaacaaaacaaacattccacatcaattagatgaaaacggtgatttattatgggta
ggaggaactgctgagcagccttggattgtagttactaaatctccagacattcttaacaaa
gaatttgttggaggtaaatctgcaaagcaagctgatatttatcgtaagttgaatggcttg
gatgacaatatgtctcctaaagcagaaacaattatcaaacaattgcaatctctgcctatg
aaggttatcgcagaaaatcaatttgggataacagactttgcgtatcaattgttcatcgct
ccaatattgcctcaattaagagtatatttggatagaggatctcttgatctcaaagataac
gaaagctttacgactgcagaagaaaacagtcaagctcttgtctctgagcaggacttttct
ccggaatttgtagaagctgcacagatcgcatttgaatggttggaaagtaaaaatccaggt
gtcccgcgtgctgtgagatctactgctccatctgaagatggtgctgaatttagtggaagt
ggaaaatattccacgaaattacgccaatttggattcgaacaaatcttaggagctatcaaa
aaatgttttgtatctcgatttaatcgtggagcgattcattatcagtttggagcaccacaa
gcatttggagaagatctagcatcactatcttttgctgttatggtacaagatatgcaacca
cagattgatgttgctggtaccatttttactgctgatacacaaagtaagcatgccggtttc
gtagagatcaattttacgtatgggcttggtgaagctgttgtatctggtagagtatcgagt
gactcttggatgtttgcaaaacgtccgttaagacttggtcttgatggtcttattgacttt
aaattaggtcagaaacaagaacgttttgatggacaatggcatccgaatacttctgatgaa
cgtgcccgcaaatgtatgaatgatgaaacagcagcagtattggctacagctggtatgttg
cttggtgatttgtttagagaattagatccggatagtattgagagtgatcttgaagctgca
gtgaatttttctaacaataccattatcattactcaacaaagggcgattacaacactcaaa
agagaacccatccatcaaaaatttaatcttgaaggattgaatgaagatggagaagaaact
gatgagttgcgtaatgcagttttattgcaagaacaaggaatcaatgctggtatacctggt
attactcatggtgtagtgatttcattatttggcgaaggacctcaattcaaaaaagaattt
gaaaagaagtttaacgcaaaacgtaaagaagttactcaacgctatggtgataaagtaggt
gtgatactcgtaactgctatgacgtatccatggatggaaccatctatggagcaaaccgta
gcttgtgttacaactcgtggaggtaaaaatgatcatacaccaatttggtgcaaagaacat
ggtttgccttgcgctgtatctgtaaaagaagctgctgatcgtttgcttgatggcgctttg
attacgtattatggtgttggagatactccaactttctataatggtcgtcatggttatacc
ttgactgaaaccaaattagaaggattaaaggcttctccaattccaattcgtttgattatt
tccgatgcaaatacggcacgttctgtcgctatgagatcttattttccagaacttaatatt
ggtatgggatctggtcttgtgcgttgggaaatgcttgctgcaaaactgagagtacatcca
atggctattgtaaattatgatacgttgatacaagacttcttgaagcttgttaatcaaggt
cgtatgacgagagaagatgccgtacgtactgctgaagatgttactgaatacatcaaagca
gaagcaaaaaacttaaatcctgtagaatggtatgtgaaagcattggctaaagaaatcgct
ggtattgtatctccgtattatacagatgatatcaatcaacctatggtaattcgtttgcca
gatttcaaaactaatgagcatgctgatttgcttggtggtagagcttatgaacctgttgaa
gaaaatccaatgttgggtgatcgtggtgcaggtaaatatttaggtccttaccaaaaagca
tttgttgctatggatttgaaagcattagcgtatgttatcaacgatatgggctataccaat
atccatattgaggtaccgtttgtacgcactccagaagaaatggaagaagttgcttctatc
gttaaggctaatggtattgatataccattggatatgatgattgaactgcctgtgaatatt
tctagagcagtagacttctttaaagttgctgatggcggacaaattggatcaaatgacttg
ctacaattagaatttggtttagatagatcaggcggtgatatcactccatggcatatcgaa
catttgaaattccgtatcaataaattgattcaacgtcgtaatcgtgaagctccaaattat
catttgggattgtgtggtaatttaccatcaaccaatcctgaatttgcaaaatggttagca
gaatctggtattgaagagttttcagtaactccagatgctttgattcctgctttacttggg
gttacgggagagaagccagatggcaaacaaactattacaacatttacagtcaaaggagaa
atccttgtaaatggagaattagttgaaacttatgcttaa
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