Alnus glutinosa (common alder): 133881637
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Entry
133881637 CDS
T10577
Name
(RefSeq) pyruvate, phosphate dikinase, chloroplastic
KO
K01006
pyruvate, orthophosphate dikinase [EC:
2.7.9.1
]
Organism
aglu Alnus glutinosa (common alder)
Pathway
aglu00010
Glycolysis / Gluconeogenesis
aglu00620
Pyruvate metabolism
aglu00710
Carbon fixation by Calvin cycle
aglu01100
Metabolic pathways
aglu01110
Biosynthesis of secondary metabolites
aglu01200
Carbon metabolism
Module
aglu_M00169
CAM (Crassulacean acid metabolism), light
aglu_M00171
C4-dicarboxylic acid cycle, NAD - malic enzyme type
aglu_M00172
C4-dicarboxylic acid cycle, NADP - malic enzyme type
Brite
Enzymes [BR:
aglu01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.9 Phosphotransferases with paired acceptors
2.7.9.1 pyruvate, phosphate dikinase
133881637
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NCBI-GeneID:
133881637
NCBI-ProteinID:
XP_062176600
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Position
1:complement(41166832..41180498)
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AA seq
957 aa
AA seq
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MLARTTPDACNQRLLKGKHVDRIHLLEENLRISQLVNTRCHSSQCVIVSGTKNAKPKRHE
PLLRGLPRAQAILTPVSDPTPTAEKRVFTFGKGRSEGNKGMKSLLGGKGANLAEMSSIGL
SVPPGLTISTEACQEYQQNVKKLPEGLWEEILEGLETVEKDMGASLGDPSKPLLLSVRSG
AAISMPGMMDTVLNLGLNDEVVTGLASKSGERFAYDSYRRFLDMFGDVVLGIPHSLFEEK
LEKLKNAKGVKLDTELTALDLKELVEQYKHVYLETKGENFPSDPKQQLQLAVIAVFDSWD
SPRAIKYRSINQITGLKGTAVNIQCMVFGNMGNTSGTGVLFTRNPSTGEKKLYGEFLINA
QGEDVVAGIRTPEDLDTMKSCMPGAYKELVENCEILERHYKDMMDIEFTVQENRLWMLQC
RSGKRTGKGAVKIAVDMVDEGLIDMRSAIKMVEPQHLDQLLHPQFEDPAAYKDKVVANGL
PASPGAAVGQIVFGADDAEAWHAQGKSVILVRTETSPEDVGGMHAAVGILTARGGMTSHA
AVVARGWGKCCISGCSEIRVNDNEKVVVIGDRVIEEGEWLSLNGSTGEVILGKQPLSPPA
LSCDLEIFMSWTDKIRRLKVMANADTPEDALTARNNGAQGIGLCRTEHMFFASDERIKAV
RKMIMAVTLEQRKAALDSLLPYQRADFEGIFRAMDGLPVTIRLLDPPLHEFLPEGDVQEI
VSELTAETGMNEDEVFSRIEMLAEVNPMLGFRGCRLGISYPELTEMQARAIFQAAVSMNN
QGVKVLPEIMVPLVGTPQELGHQASLIRSVATKVFSEMGSSLSYKVGTMIEIPRAALVAD
EIAKEAEFFSFGTNDLTQMTFGYSRDDVGKFLPSYLAQGILQNDPFEVLDQRGVGQLIKI
ATERGRAARPSLKVGICGEHGGEPSSVAFFAEAGLDYVSCSPFRVPIARLAAAQVAV
NT seq
2874 nt
NT seq
+upstream
nt +downstream
nt
atgctggcgaggactacgccggacgcttgcaaccaaagactgttgaaggggaagcatgtg
gatcgcattcatcttctcgaagaaaaccttcgcattagccaacttgtgaacacgcgctgc
cacagctcacagtgcgtcatcgtgagtgggacaaagaacgcaaagcccaagagacatgag
ccgctgctccgtggccttccccgagcgcaagccatcctcacgccggtgtcggaccctacg
cctactgccgaaaagcgggtatttacttttggcaaaggaaggagtgaaggcaacaagggc
atgaagtctttgttgggaggaaagggagcaaaccttgcagaaatgtcgagcattgggtta
tccgtaccaccaggacttaccatatcaacggaagcatgccaagagtatcagcagaatgta
aagaagttaccagaaggtttatgggaggagatattggaaggcttggagactgtggagaag
gacatgggagcttctcttggtgacccttctaagcccctcctcctctcagtccgctctggt
gctgcaatttccatgcctggcatgatggacactgttctcaaccttggactcaatgatgag
gtagttactggtttggcatcaaaaagtggagagcgctttgcttatgattcgtacagacgt
tttctagacatgtttggagatgttgtattgggaattccccactctctattcgaggagaag
ttagaaaagttgaagaatgcaaaaggagttaaacttgacactgagctaacggccttggat
ctcaaagagctggtggaacagtacaagcatgtttatcttgaaactaagggtgaaaatttt
ccttcagatccgaaacagcaattacagttggctgttatagcagtctttgattcttgggat
agcccaagggccattaagtaccggagcatcaatcagattactggattaaagggcactgca
gtaaacattcaatgcatggtgttcggaaacatgggaaacacttcagggacgggcgttctg
tttactaggaatcctagcactggtgagaagaagctctatggggagtttctgatcaatgct
cagggagaagatgtagttgctggaattaggaccccagaagacttggacaccatgaaaagt
tgcatgcctggagcttacaaggagcttgtggagaactgtgaaattttagagcgacattac
aaagatatgatggacatcgaattcacagtccaagaaaataggttatggatgttgcagtgc
cgctctggaaagcgtactggtaaaggtgcagtaaagatagctgtagacatggttgacgaa
gggcttattgatatgcgctctgcaattaagatggtggagccgcagcatcttgatcaactt
cttcatccacagtttgaggatccagctgcttacaaagacaaagtggttgccaacggcttg
ccagcatctccaggagctgcagtggggcagattgtgtttggagctgatgatgctgaagca
tggcatgcacaaggaaagagtgtcatcttggtgaggacagagaccagccccgaggacgtt
ggtggtatgcatgcagctgttggaatcttgacagcaagaggtggcatgacatctcacgca
gctgttgtagcacgtggatggggaaagtgttgtatttctggctgttctgaaatccgtgta
aatgacaatgagaaggttgttgtgattggagacagggtgattgaggaaggagaatggctc
tcgctcaatggatccacaggtgaagtgatattggggaaacagccactctctcctccggct
ttaagttgtgacttggagatctttatgtcttggactgataaaataaggcgtctcaaggtt
atggcaaatgctgacacacctgaagatgcactaacggcaagaaataatggtgcccaaggg
attggcctctgcaggacagagcacatgttctttgcttcagatgagaggataaaggctgtg
aggaagatgataatggcagttacattagaacagaggaaggcagcactggactcattatta
ccttatcaaagagccgacttcgaaggaattttccgtgcaatggatggccttccagtaaca
atccgactattagaccctccgcttcatgagtttcttccagaaggtgacgtacaagagatt
gtaagtgagctaactgcagagactggcatgaatgaagatgaagttttttcgagaattgag
atgttagcagaagtaaatcccatgcttggtttccgaggctgcaggctagggatatcatat
ccggaactcactgaaatgcaggcacgtgcaatctttcaggctgctgtctcaatgaacaac
cagggtgtcaaagttcttccagagataatggttccccttgttggaacacctcaggaacta
ggacatcaagcgagtttaatacgaagtgttgcgacgaaggtcttttctgagatgggttcc
tccttgagctataaggtggggaccatgattgaaatccctagagctgctctggttgcagat
gagattgcaaaggaagcagagttcttctcctttgggaccaatgatcttacacagatgacc
tttggttacagcagagatgatgttggcaagtttctcccttcttacctagcccaaggcatt
ctgcaaaatgatccattcgaggttcttgatcaaagaggtgtcggtcagctcatcaagatt
gccactgaaaggggtcgtgcagctaggcctagcttaaaggttggaatatgtggagagcat
ggtggggagccttcttccgttgccttctttgcagaggctggactggactatgtttcatgt
tctccattcagggttccaattgctaggcttgcagctgctcaagttgccgtctga
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