Cylindrospermopsis curvispora: IAR63_07935
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Entry
IAR63_07935 CDS
T06771
Name
(GenBank) glycerol-3-phosphate acyltransferase
KO
K01007
pyruvate, water dikinase [EC:
2.7.9.2
]
Organism
ccur
Cylindrospermopsis curvispora
Pathway
ccur00010
Glycolysis / Gluconeogenesis
ccur00620
Pyruvate metabolism
ccur00680
Methane metabolism
ccur00720
Other carbon fixation pathways
ccur01100
Metabolic pathways
ccur01110
Biosynthesis of secondary metabolites
ccur01120
Microbial metabolism in diverse environments
ccur01200
Carbon metabolism
Brite
KEGG Orthology (KO) [BR:
ccur00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00010 Glycolysis / Gluconeogenesis
IAR63_07935
00620 Pyruvate metabolism
IAR63_07935
09102 Energy metabolism
00720 Other carbon fixation pathways
IAR63_07935
00680 Methane metabolism
IAR63_07935
Enzymes [BR:
ccur01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.9 Phosphotransferases with paired acceptors
2.7.9.2 pyruvate, water dikinase
IAR63_07935
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Ortholog
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Gene cluster
GFIT
Motif
Pfam:
PPDK_N
PEP-utilizers
G3P_acyltransf
Motif
Other DBs
NCBI-ProteinID:
QNP30899
UniProt:
A0A7H0F4D3
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All DBs
Position
1735739..1738627
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AA seq
962 aa
AA seq
DB search
MSQLWGLLVILITCPLLGAMPIIAWITQIIQGRRLEQVGTGNLSVAAAFYHGGRVVGVLA
VLSEALKGIAAVLITRIFFPQGSFWELIALIALVIGRYTFTRGAGTTNVAWGFLLHDPLI
AGCVTLSAAIGFLLLRSRQVIQFGVLILFPVLVAFLHGQDLSKIIAAFTLAGLMGWIYQQ
IPDDLELPPQGAQLPVKPIMEYLSGSKPNIITLDDVLDPDVFGAKSATLSQIKRRGYSVP
KGWVLAPFDDPSQLINFLQPSPLSPLVVRSSAIGEDSQQASAAGQYTTVLNVTSKQGLSL
AIAEVKRSYNSENAVKYRQDLGVKDVGMAVLIQPQIQSVYSGVAFSRDPISQQGDAVVIE
AVVGTPEQVVSGKVTPEQYRLFVLGEDKLSTVQFEGEGKIPQSLIKQVAYLARRVENNYY
GIPQDIEWSYDGQTLWILQARPITTLVPIWTRKIAAEVIPGVIRPLTWSINLPLTCGVWG
KLFTIVLGERGSGLDFTKMATLHYSRAYFNASLLGEVFLAMGLPPESLEFLTRGGKISRP
PLASTFKNLPGLLKLLQREIGLEKQFKLDYSRLFLPGMTQLANESLGELSPSQLLNRVDQ
ILDLLEKATYYSILSPLSAAIRQKLFRVKDEEIDHSSAPEISSLQSLQRLAIAAKDLLPD
LKPERVFDQLAETTSGQSILEEFQEVLEEYGYLSQVATDIAVPRWKEQPDLFKQMFIQIL
ETDEVISNQGSAKRQQGNVQNRVNLKGTVTEVYSRLLAELRWTFLALEKTWLASNLLTTP
GDIFYLNLGEIRRLVADADPQLTEQLVKLLASRRSQFGQDGEIGQIPAVVYGNNPPYPMA
NSRPVNVSDRVLVGIPASRGQAIGKVKIVRNFQEAGEINKQTILVVPYTDSGWATILVRA
GGVIAETGGKLSHGAIVAREYGIPAVMDIHGATDLLRDGQKVRIDGSRGTVEMGRLPEPG
SN
NT seq
2889 nt
NT seq
+upstream
nt +downstream
nt
atgtctcagctttggggtttattagttattttaattacttgtccactcttgggcgcaatg
ccaataattgcttggataacccaaatcatccagggtaggcgattagaacaggtgggtact
ggtaatcttagtgtggcagcagcattttatcacggaggaagagtagtaggtgttttagca
gtgctctcggaagctttgaagggaattgctgctgtgttaattactcgcatcttcttcccc
caagggtccttctgggaattaattgctctcattgccttagtcataggtagatacactttc
accaggggtgcaggaactaccaatgtggcctggggatttttgctccatgacccattaata
gcaggatgtgtcactttgtcagcagctattggctttctccttctccgttctagacaggta
atccaatttggggtgctgattttatttcctgtgctggtggccttcctccatggtcaagac
ctcagtaaaattattgccgcctttactttggctggtttaatggggtggatttatcaacaa
atccctgatgacctggaattaccaccccagggagcacagctgccagttaaaccaataatg
gaatatttaagtggtagtaaaccaaatattattaccttagatgatgtgttagatcccgac
gtatttggtgctaaatccgctacattatcacagattaagcgccggggttactccgtacct
aaaggttgggttttagctccttttgacgatcctagtcagttgattaatttcctccaacca
tctccattgtcacccctggtagttcgctcttctgctattggtgaggactcccaacaggca
tccgcagctggacaatatacaacagtgttaaatgttactagcaagcaaggtttaagtctg
gcgatcgcagaggttaagagatcctacaatagtgagaatgcggtaaagtatagacaggat
ttaggagtaaaggatgtgggcatggctgtactaatccaacctcagatacaaagtgtttat
tcgggggtagcatttagtcgtgatcccatttctcaacagggggatgcagtagtaattgag
gctgtggtaggaactccagagcaagtagtttctgggaaggtaacacccgaacaatatcgt
ctgtttgtgttgggggaagataaattatctacggtgcaatttgagggagagggaaaaatt
cctcagtcattaatcaaacaagtagcctatctggccagaagggtagaaaacaattattat
ggcattccccaggatatagagtggagttatgatgggcaaaccctgtggatcttgcaagct
cgaccaattaccaccctagtgcccatctggacaaggaaaatagctgctgaggtgattccc
ggtgtgatccgtcccctaacttggtcgattaatttacctttaacctgtggagtatgggga
aaactattcactatagttttaggagagcgtggttctggtctagactttaccaaaatggct
acgcttcactactccagggcctactttaatgcttccttgttgggtgaagtcttcctggcc
atggggttaccgccagaaagtttagagtttttaaccaggggtgggaaaataagtcgtccc
cccctagcttcgactttcaagaacttaccgggattactcaaactattgcaacgggaaatt
ggtttagaaaagcagtttaaattggattactcccgactctttcttcctggaatgacacaa
ttagctaatgagtctttgggggaattatcaccatctcaactcttgaatagggtagaccaa
attctggatttattggaaaaggccacctactatagtattttatcccctttaagtgctgct
atccgccagaaattattccgtgtcaaagatgaagaaattgatcacagtagcgctcctgaa
atatcatcattgcaatcgttacaacgtctagccatagcggcgaaagatctattacctgat
ttaaaacctgaaagagtttttgatcagttggcagaaaccacttcaggtcaaagcatttta
gaagaattccaggaggtgttagaagagtatggttatttaagtcaagtagcaactgatatt
gctgtgcccaggtggaaggaacaaccggacttatttaagcaaatgttcatacagatctta
gaaaccgatgaagttatcagtaaccagggatccgcaaaacgccaacagggcaatgttcaa
aatcgtgtcaacttaaaaggaacagtcactgaagtttattctcgacttctggccgaatta
cgctggacattcttggctttggaaaagacctggttagcatctaatctattaacaacaccg
ggagacattttctatttaaacctaggcgagattagacgtttagttgctgatgcagatcca
caactaacggaacaactagtaaaattgttagccagcaggcgatcgcagtttgggcaagat
ggtgaaattggccaaattccggcggtggtttatggtaacaatcccccctaccccatggct
aacagtagaccagtgaatgtttctgaccgagttttggtaggaattccagccagtcgggga
caagccataggaaaagtgaagatagtgcgcaatttccaagaagcaggggaaattaataaa
cagacaattctagtggtaccttatacagattctgggtgggcgaccattttagttcgtgct
ggtggggtgattgctgaaactggtggcaaactttcccatggtgcaatcgtggccagagaa
tatggtattcctgcggttatggatatacatggagctactgatttattacgagatggtcaa
aaagtacgcattgatggttcccgggggaccgtagaaatgggaagacttcctgaaccagga
tccaattga
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