Dactylococcopsis salina: Dacsa_3230
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Entry
Dacsa_3230 CDS
T02378
Name
(GenBank) phosphoenolpyruvate synthase/pyruvate phosphate dikinase
KO
K01007
pyruvate, water dikinase [EC:
2.7.9.2
]
Organism
dsl
Dactylococcopsis salina
Pathway
dsl00010
Glycolysis / Gluconeogenesis
dsl00620
Pyruvate metabolism
dsl00680
Methane metabolism
dsl00720
Other carbon fixation pathways
dsl01100
Metabolic pathways
dsl01110
Biosynthesis of secondary metabolites
dsl01120
Microbial metabolism in diverse environments
dsl01200
Carbon metabolism
Brite
KEGG Orthology (KO) [BR:
dsl00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00010 Glycolysis / Gluconeogenesis
Dacsa_3230
00620 Pyruvate metabolism
Dacsa_3230
09102 Energy metabolism
00720 Other carbon fixation pathways
Dacsa_3230
00680 Methane metabolism
Dacsa_3230
Enzymes [BR:
dsl01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.9 Phosphotransferases with paired acceptors
2.7.9.2 pyruvate, water dikinase
Dacsa_3230
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Ortholog
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Gene cluster
GFIT
Motif
Pfam:
PPDK_N
PEP-utilizers
G3P_acyltransf
GWD1_pHisD
Motif
Other DBs
NCBI-ProteinID:
AFZ51749
UniProt:
K9YXX1
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All DBs
Position
complement(3325281..3328163)
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AA seq
960 aa
AA seq
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MTMTQLWGALLIFIFCPILGALPLIHWLSLGLTGQNLKRLGTGNISVSAAFYHGGKLAGI
PAVISEAGKGIITVLLARSFFPDEPAWELIALIALVMGRYWGGKGAGTTNVMWGILTHDP
ISAGLVFLIGGISFTILRDRAAGRNGILILMSLIITLRHINDPPRIMAIIALSLLLFTIY
YKIPDDLDLPSKEGKNSSMFKFFRGDRAILSLDDNLKAQKVGQKAATLSQLKNWGYPVPC
GWVLPAGDDPLPLLELASPSEGNPLIVRSSAVGEDSEASSAAGQYQSISHITNPEALKNG
ILQCQTSYNNPTAAQYRPQQQQGESEMAVLVQQQIQGVFSGVAFSRDPVNQMEDAVLIEA
LPGEATRVVSGQETPQQYRVLQDSPPKIEGEGEIPESILQDVANLARDLERRFQGFPQDI
EWTYDGEKLWILQSRPITNLQPIWTRKIAAEVIPGLIRPLTWSINRPLTCGMWGKLFTVV
LGDRAKGLNFKETATLHYSRAYFNATLLGKIFLRMGLPAESLEFLTRGAKFTRPSLLSTL
RNVPGLLRLSLRELRLEKDFAIDQESLFDPTLQDLENQTPSELSPQELLTRIEMILTNLH
TATYYNILAPLSFSLRQNLLQVETEALDYSILPEVASSKALEQIAKDARNLVPMDTIEPM
SAPSLFAMLAEFPDGESILEQFQDWLKRYGYLSETATDIAIPRWRENPRSARASFTQFFF
NEPDQISKKATVEENQGWKQKNVQQRLKLKAEVAEVYNRFLAHLRWSVLALERIWLETGL
LAEAGEIFFLKLSEIRHLVKNDDPKLRSEIPQRISLRRSTYVEDEKLPAVPYVVYGNPPQ
RDRVLATPQLTTQQRWQGIAASPGQVIGRIKVVNDLSRTMTVDKETILVVPYTDAGWGVL
LAGAGGLISEVGGRLSHGAIIAREYGVPAVMDIPNAVHLFQDGQAVKIDGQTGVVELLTD
NT seq
2883 nt
NT seq
+upstream
nt +downstream
nt
atgacaatgacacaactctggggcgctttgttaatttttattttctgccccattttagga
gcgttacccctaatccattggttaagcttgggattgacgggtcaaaacttaaaacgtctg
ggaacaggaaatatttctgtatcagccgcattttatcacgggggaaaacttgctgggatt
ccagcagtgatctccgaagcagggaaagggatcattactgttttgttagcgcgatcgttt
tttcctgatgagccagcatgggaactaatcgccttgattgccttagtgatgggacgttat
tgggggggaaaaggcgcgggaacaacgaatgtcatgtgggggatattaacccatgatccc
atatcagcaggattggtttttctgattggtgggattagttttacgattttgcgcgatcgc
gccgccggacgcaacggcattttaattttaatgtctctgattattaccttgcgtcacatc
aatgatccccccagaatcatggcaattatcgccctctcactgcttttatttaccatttac
tataaaattccagatgaccttgatttacccagtaaggaagggaaaaacagttctatgttt
aaattctttcgcggcgatcgagcgattttgtcccttgatgataacttaaaagcccaaaaa
gtgggacaaaaagccgccaccctttcccaactcaaaaattggggatatcccgttccctgt
ggttgggttctccccgcaggagatgacccccttcccctgctagaattagcatcaccctca
gaaggaaatcccttaattgtgcgttcttcagcagtgggagaagatagcgaagccagttcc
gccgccggacaatatcaaagcatttcccacattaccaacccagaagccttaaaaaatggg
attttgcaatgtcaaacctcctacaataatcccacggcggcgcaatatcgtccccaacaa
cagcaaggagaatcagaaatggcggttttagttcaacaacaaattcaaggtgtcttttca
ggagtcgcctttagtcgtgatccagttaaccagatggaagacgccgtgttaattgaagcc
ctccctggagaagccactagagtggtatctggacaagaaaccccgcaacaatatcgtgtt
ctccaagactcaccgccaaaaatcgagggagagggagaaattcccgaatcaatccttcaa
gatgttgccaatttagccagagacttagagagacggtttcaggggtttccccaagatatc
gaatggacgtatgacggagaaaaactctggattttacaaagtcgtcccatcaccaattta
caaccaatctggacgcgaaaaattgccgccgaggtgattccagggttaattcgtccgctt
acttggtcgattaatcgtcccttgacttgtgggatgtggggaaaattatttacagtggta
ctgggcgatcgcgccaaaggtttaaacttcaaagaaaccgcaacccttcactatagccgc
gcttatttcaacgccacccttttaggaaaaatcttccttcgcatgggacttcccgcagaa
agtttagaatttctcaccagaggggcaaaatttacccgtccttccctgctttctaccctt
cgtaacgttccaggattactgcgtctttccctgcgagaattgcgtttagaaaaagacttt
gccattgatcaagaatccctttttgatcccactctccaagacttagaaaaccaaacccca
agcgagttatcgccacaagaattattaactcgcatcgagatgattctaaccaaccttcac
accgcaacttattacaacattctcgcccctttaagtttctccctgcgacaaaatctcttg
caagtagaaacagaagcattagactacagtattttgccagaggtagcttctagcaaagca
ctagaacaaatcgccaaagatgccagaaatcttgtgccgatggataccattgaacccatg
agtgcgccctctctgtttgcaatgttagccgaattccccgacggagaaagcattttagag
caatttcaagactggttaaagcgttatggttatttaagtgaaaccgccactgatattgcc
attcctcgttggcgagaaaatccacgttccgcccgtgcgtcttttactcagtttttcttt
aatgaaccagatcaaattagcaagaaagctacggttgaggaaaatcagggttggaaacag
aagaatgtccagcaacggttaaaactgaaagcagaagtcgccgaagtgtataatcgcttc
ttggcacatctgagatggagtgttttagcattagaacgcatttggctagaaacaggatta
ttagcggaagcaggagagattttcttcctcaaattatcggaaattcggcatctggtgaaa
aatgatgaccccaaactgcgttcagaaattccccaacgaatcagtttgcgacgttctacc
tatgttgaagatgagaagttacccgccgttccctatgtggtctatggtaatcccccgcag
cgcgatcgggttttggcaacgccacaattaaccacacaacaacgatggcaaggaattgcc
gccagtccaggacaagtcattggtcggatcaaagttgtcaatgatttatctcgcaccatg
acggtagataaagaaacaattttagttgttccctataccgatgcaggttggggagtttta
cttgctggggctggagggttaatctcagaagtagggggaagactctcccatggtgcgatt
attgcgcgagaatatggtgttcccgcagtgatggatattcccaacgccgttcatcttttc
caagatggtcaagcggtgaaaattgatggacaaactggtgtggttgaactgctaaccgat
taa
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