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Sequence of G7J2E9_MEDTR

EC Number:1.3.1.13

EC Number
Recommended Name
Accession Code
Organism
No of amino acids
Molecular Weight [Da]
Source
prephenate dehydrogenase (NADP+)
G7J2E9
Medicago truncatula
268
30035
Reaction
prephenate + NADP+ = 4-hydroxyphenylpyruvate + CO2 + NADPH + H+
Other sequences found for EC No. 1.3.1.13

EC Number:1.3.1.78

EC Number
Recommended Name
Accession Code
Organism
No of amino acids
Molecular Weight [Da]
Source
arogenate dehydrogenase (NADP+)
G7J2E9
Medicago truncatula
268
30035
Reaction
L-arogenate + NADP+ = L-tyrosine + NADPH + CO2 + H+
Other sequences found for EC No. 1.3.1.78

General information:

Sequence
show sequence in fasta format
  0 MSSSSKSLKI GIVGFGTFGQ FLANTMIKQG HTLTATSRTD YSQLCDQMGI HFFRDITAFL
 60 DADMDVILLC TSISSLSEVV GSMPLACLKR PTLFVDVLSV KEHPKNLLLK VLPEESDILC
120 THPMFGPVSG KNGWQNLTFM FDKVRIKDEV TCSKFLQIFA SEGCKMVEMS CEEHDKAAAK
180 SQFITHTIGR TLAEMDIKST PIDTKGFQTL VELKKPVMGC SFDLYSGLFV YNRFARQELE
240 NLEHALHKVK EMLVQRIDEG QNPERTES
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Sequence related references
Sequence Reference
Authors
Title
Journal
Volume
Pages
Year
PubMed ID
215907762
Young N.D.,Debelle F.,Oldroyd G.E.D.,Geurts R.,Cannon S.B.,Udvardi M.K.,Benedito V.A.,Mayer K.F.X.,Gouzy J.,Schoof H.,Van de Peer Y.,Proost S.,Cook D.R.,Meyers B.C.,Spannagl M.,Cheung F.,De Mita S.,Krishnakumar V.,Gundlach H.,Zhou S.,Mudge J.,Bharti A.K.,Murray J.D.,Naoumkina M.A.,Rosen B.,Silverstein K.A.T.,Tang H.,Rombauts S.,Zhao P.X.,Zhou P.,Barbe V.,Bardou P.,Bechner M.,Bellec A.,Berger A.,Berges H.,Bidwell S.,Bisseling T.,Choisne N.,Couloux A.,Denny R.,Deshpande S.,Dai X.,Doyle J.J.,Dudez A.-M.,Farmer A.D.,Fouteau S.,Franken C.,Gibelin C.,Gish J.,Goldstein S.,Gonzalez A.J.,Green P.J.,Hallab A.,Hartog M.,Hua A.,Humphray S.J.,Jeong D.-H.,Jing Y.,Jocker A.,Kenton S.M.,Kim D.-J.,Klee K.,Lai H.,Lang C.,Lin S.,Macmil S.L.,Magdelenat G.,Matthews L.,McCorrison J.,Monaghan E.L.,Mun J.-H.,Najar F.Z.,Nicholson C.,Noirot C.,O'Bleness M.,Paule C.R.,Poulain J.,Prion F.,Qin B.,Qu C.,Retzel E.F.,Riddle C.,Sallet E.,Samain S.,Samson N.,Sanders I.,Saurat O.,Scarpelli C.,Schiex T.,Segurens B.,Severin A.J.,Sherrier D.J.,Shi R.,Sims S.,Singer S.R.,Sinharoy S.,Sterck L.,Viollet A.,Wang B.-B.,Wang K.,Wang M.,Wang X.,Warfsmann J.,Weissenbach J.,White D.D.,White J.D.,Wiley G.B.,Wincker P.,Xing Y.,Yang L.,Yao Z.,Ying F.,Zhai J.,Zhou L.,Zuber A.,Denarie J.,Dixon R.A.,May G.D.,Schwartz D.C.,Rogers J.,Quetier F.,Town C.D.,Roe B.A.
The Medicago genome provides insight into the evolution of rhizobial symbioses.
Nature
480
520-524
2011
215907763
Tang H.,Krishnakumar V.,Bidwell S.,Rosen B.,Chan A.,Zhou S.,Gentzbittel L.,Childs K.L.,Yandell M.,Gundlach H.,Mayer K.F.,Schwartz D.C.,Town C.D.
An improved genome release (version Mt4.0) for the model legume Medicago truncatula.
BMC Genomics
15
312-312
2014
215907766
Pecrix Y.,Staton S.E.,Sallet E.,Lelandais-Briere C.,Moreau S.,Carrere S.,Blein T.,Jardinaud M.F.,Latrasse D.,Zouine M.,Zahm M.,Kreplak J.,Mayjonade B.,Satge C.,Perez M.,Cauet S.,Marande W.,Chantry-Darmon C.,Lopez-Roques C.,Bouchez O.,Berard A.,Debelle F.,Munos S.,Bendahmane A.,Berges H.,Niebel A.,Buitink J.,Frugier F.,Benhamed M.,Crespi M.,Gouzy J.,Gamas P.
Whole-genome landscape of Medicago truncatula symbiotic genes.
Nat. Plants
4
1017-1025
2018