Rhododendron vialii: 131322650
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Entry
131322650 CDS
T09330
Name
(RefSeq) pyruvate, phosphate dikinase, chloroplastic
KO
K01006
pyruvate, orthophosphate dikinase [EC:
2.7.9.1
]
Organism
rvl
Rhododendron vialii
Pathway
rvl00010
Glycolysis / Gluconeogenesis
rvl00620
Pyruvate metabolism
rvl00710
Carbon fixation by Calvin cycle
rvl01100
Metabolic pathways
rvl01110
Biosynthesis of secondary metabolites
rvl01200
Carbon metabolism
Module
rvl_M00169
CAM (Crassulacean acid metabolism), light
rvl_M00171
C4-dicarboxylic acid cycle, NAD - malic enzyme type
rvl_M00172
C4-dicarboxylic acid cycle, NADP - malic enzyme type
Brite
KEGG Orthology (KO) [BR:
rvl00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00010 Glycolysis / Gluconeogenesis
131322650
00620 Pyruvate metabolism
131322650
09102 Energy metabolism
00710 Carbon fixation by Calvin cycle
131322650
Enzymes [BR:
rvl01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.9 Phosphotransferases with paired acceptors
2.7.9.1 pyruvate, phosphate dikinase
131322650
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Gene cluster
GFIT
Motif
Pfam:
PEP-utilizers_C
PPDK_N
PEP-utilizers
Motif
Other DBs
NCBI-GeneID:
131322650
NCBI-ProteinID:
XP_058210030
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All DBs
Position
4a:40516304..40526573
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AA seq
975 aa
AA seq
DB search
MSSIVKKMLIRSTCDVYAERVLLKHKYVDHKKIGSLRVNRRPSVHVSRSSCCRVRLIRCQ
ELNSSANGFTHLTPNKGEQSIGNRLRSKAIRTPVSDPTLTTKKRVFTFGKGKSEGNKGMK
SLLGGKGANLAEMASIGLSVPPGLTISTEACQEYQNNGKKLPEGLWEEILEGLESVEKDM
GAFLGDPSKPLLLSVRSGAAISMPGMMDTVLNLGLNDEVVSGLAAKSGERFAYDSYRRFL
DMFGDVVMGIPHSLFEEKLENLKYAKGAKLDTELSASDLKELVEQYKNVYLEAKGEKFPS
DPKKQLQLAVNAVFDSWDSPRAIKYRSINQITGLRGTAVNIQCMVFGNMGNTSGTGVLFT
RNPSTGENKLYGEFLVNAQGEDVVAGIRTPEDLDKMKSCMPEAYKELVENCEILERHYKD
MMDIEFTVQENRLWMLQCRAGKRTGKGAVKIAVDMVNEGLVDTPTAIKMVEPQHLDQLLH
PQFEDPSAYIDKVLANGLPASPGAAVGQVVFSADDAEEWHAQGKSVIMVRTETSPEDVGG
MHAAAGILTARGGMTSHAAVVARGWGKCCVSGCADIRVNDDEKFVVIGDKVINEGEWLSL
NGSTGEVILGKQPLSPPALSGDLETFMSWADKLRRLKVMANADTPEDAVTARKNGAEGIG
LCRTEHMFFASDERIKAVRKMIMAVTLEQRKAALDLLLPYQRIDFEGIFRAMDGLPVTIR
LLDPPLHEFLPEGDLDQIVGELTTDTGMTEDEVYSRIEKLSEVNPMLGFRGCRLGISYPE
LTEMQVRAIFQAAVSMMNQGVSVFPEIMVPLVGSPQELGHQVSLIRGTAKKVFSEMGSSL
SFKVGTMIEIPRAALVADEIAKEAEFFSFGTNDLTQMTFGYSRDDVGKFLPIYLSKGILQ
HDPFEVIDRKGVGQLIKIATEKGRGARPSLKVGICGEHGGEPSSVAFFAEAGLDYVSCSP
FRVPIARLAAAQVAV
NT seq
2928 nt
NT seq
+upstream
nt +downstream
nt
atgtcttcaattgtaaagaaaatgctcataaggtcaacatgtgatgtatatgctgaaaga
gtattgttgaagcacaagtatgtagatcacaaaaagattggttcacttcgagtgaaccgt
cgaccttctgttcacgtgagccgatcatcctgttgtcgagttcggcttattcgctgtcag
gaactgaatagcagtgccaatggtttcacccacttgactcctaacaaaggggagcaatca
atcggaaaccggttgcgatcaaaagccataagaaccccggtatcagatccaaccctaact
acgaaaaagcgcgtatttacctttggcaagggaaagagtgaaggcaacaaaggcatgaag
tccttgttgggaggtaaaggagcgaacttggcagagatggcgagcattggtttatcagtg
ccacccgggcttaccatatcaacagaagcatgccaagagtatcagaacaatggcaaaaag
ctaccagagggtctgtgggaagagatactggaaggcttagagagtgttgagaaggacatg
ggtgcattccttggtgacccttccaagcctctcctcctttctgttcgatctggtgctgcg
atatccatgccgggtatgatggacactgttctcaaccttggactgaatgatgaagtggtt
tctgggttggctgcaaaaagtggagagcggtttgcttatgactcatacagacgctttcta
gacatgtttggggatgttgtaatgggcattccgcactcactattcgaggaaaaattagaa
aatttgaagtatgcaaaaggagctaagcttgatactgaactctcggcttctgaccttaaa
gagctggtggaacaatacaaaaatgtctaccttgaagcaaagggtgaaaagtttccttca
gatccaaagaaacagttgcagttggctgttaatgcggtttttgattcctgggacagcccg
agagccatcaaatatcgaagcattaaccagataaccggactaaggggaacagcagtgaac
attcaatgcatggtttttgggaacatgggaaacacttcagggacaggggtactcttcact
aggaacccaagtactggtgaaaacaagctctatggcgagtttttagtcaacgcccaggga
gaggatgtcgtagccggaatcagaacacctgaggatttggacaaaatgaaaagttgcatg
cctgaagcttacaaggagcttgtggagaattgtgaaattttagagagacattacaaggac
atgatggatattgaattcactgttcaagaaaataggctttggatgctgcaatgccgggcc
ggaaagcgtacaggaaaaggtgcagtgaagattgctgtggacatggtaaatgaaggcctt
gttgacactcccactgcaattaagatggtggagccgcagcatcttgaccaacttctgcat
ccccagtttgaagatccatcagcttacatagacaaggtacttgccaatgggttgcctgca
tctcctggagcagcagttggccaggttgtattcagtgctgatgatgctgaagaatggcat
gcacaaggaaagagtgtcatcatggtgaggactgaaaccagtccagaggacgtggggggt
atgcacgcagctgcagggatactgacggctagaggtggcatgacatctcatgcggctgtt
gttgcccgcgggtggggaaagtgttgtgtttctggttgtgctgatatccgtgtgaatgat
gatgagaagtttgtggtaattggagacaaggtaataaacgaaggcgaatggctttcacta
aacgggtctacgggtgaagtgatcttgggtaaacaaccactttctcctccggctctaagt
ggtgatttggagaccttcatgtcttgggctgacaaactaaggcgcctcaaggttatggca
aatgctgacacacctgaagatgcagtaacagcaagaaaaaatggtgctgaaggcattgga
ctttgcagaactgagcacatgttcttcgcttctgatgagaggataaaggctgtgagaaag
atgataatggcagtaacactagaacaaaggaaggcagcactagaccttctgttgccttat
caaagaattgattttgaaggcattttccgtgcaatggatggcctcccagtgacaattcga
ctcttagaccctccccttcatgaattcctaccagaaggtgacctggatcagattgtcggt
gagctgaccacagacactggcatgacagaagatgaggtttactcaaggatagagaaatta
tcagaagtaaaccccatgcttggattccgaggttgcaggctaggaatatcatacccggag
ctgactgagatgcaggttcgagctatcttccaggctgcggtgtctatgatgaatcaagga
gtctcagtctttccagagataatggttccacttgttggaagtccccaggaactaggacac
caagtgagtttaattcgtggtactgcaaaaaaagtattctctgagatgggttcctcctta
agcttcaaggtagggaccatgattgagattcctagagctgcccttgttgctgatgagatt
gcaaaggaagcagaatttttctcctttgggaccaatgatctgacacaaatgacctttggg
tatagtagagatgatgttggcaagtttctccccatatacctatccaaaggaattctccaa
catgatccatttgaggttatcgaccgaaagggtgttggccaacttatcaagattgccaca
gaaaaaggtcgcggagccaggccgagcttgaaggttggaatatgtggagagcatggtggg
gagccttcttctgttgctttctttgcagaggctgggcttgattatgtttcatgttctcca
ttcagagttcctattgcaaggctagctgcagctcaagttgctgtttga
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