Journal of the Institute of Brewing · 1970 · 22 citations · 7 references
Life SciencesPlant BiologyPlant SciencesEmbryogenesisEnzymologyPlant BiochemistryCereal Crop PhysiologyCereal CropsCereal Grain AnatomyPlant EnzymesSeed BiochemistrySomatic EmbryogenesisEnzyme Activity In GrainsGermination EnzymologyGibberellic Acid TreatmentInternode ElongationModification Of Endosperm StructureSomite Elongation
Aleurone cells of oats produce significantly less α-amylase than the aleurone cells of rye, wheat or barley after treatment with gibberellic acid (GA3). Furthermore, excised embryos from oats, rye, wheat or barley are more efficient than exogenous gibberellic acid in catalysing the production of α-amylase in oats endosperms. Enzymic modification of the endosperm of oats, as distinct from the other cereal grains, is associated with rapid elongation of the scutellar apex under the aleurone cells.
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