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Expression of cutin biosynthesis genes is low when GA synthesis is inhibited.
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posted on 2015-12-18, 11:22 authored by Julien De Giorgi, Urszula Piskurewicz, Sylvain Loubery, Anne Utz-Pugin, Christophe Bailly, Laurent Mène-Saffrané, Luis Lopez-Molina(A) Histograms show the relative BDG1, GPAT4 and LACS2 mRNA accumulation in WT (Col) dry seeds as well as 8h, 12h, 16h, 22h and 26 h (MS) and 10h, 20h, 24h, 30h and 36 h (PAC) and after imbibition under normal and low GA conditions (PAC).
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cuticular componentplant dispersalGA synthesisseed coatscutin biosynthesis genesplant embryoland plant evolution cuticular structuresacid monomerstesta ruptureabiotic stressescontrol seed germinationwater lossGermination Cuticular layersseed propertiesPlant evolutionseed coat layerseed lipid oxidative stresscutin biosynthesis displayendospermic permeabilitywaterproof filmcuticular filmseed physiologyWhole genome analysesphytohormones gibberellinsArabidopsis Seed Viabilityseed imbibition cutin biosynthesis genesseed dormancyabscisic acidcell endosperm layerplant adaptationsabaviability levelsArabidopsis thaliana seedsseed cuticle
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