Titlebook: Genome Organization and Expression in Plants; C. J. Leaver Book 1980 Springer Science+Business Media New York 1980 biology.cloning.develop

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Hormonal and Genetic Regulation of α-Amylase Synthesis in Barley Aleurone Cells, gibberellic acid (GA.) and abscisic acid (ABA) (16,18). While GA. enhances the production of α-amylase, ABA is able to reverse the GA. effect. Yet, these two hormones do not directly compete with each other and they appear to have different mode of action (1,7). It has been demonstrated unequivoca

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Auxin-Regulated Cell Enlargement: Is there Action at the Level of Gene Expression?n cell enlargement (2–6); however, our accumulated knowledge of auxin-regulated cell enlargement does not include an understanding of its primary mode of action. During the past two decades two hypotheses have, in turn, dominated and directed experimentation designed to solve this problem. In the 19

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The Effect of Auxin on the Polyadenylated RNA of Soybean Hypocotylsmple, and considering only products of the nuclear genome, it is known that leghaemoglobin synthesis and mRNA levels increase during early soybean root nodule development (Auger et al, 1979), that light stimulates production of phenylalnine ammonia lyase (PAL) and the level of PAL mRNA in parsley le

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FOIL

homeostasis

Maize Storage Proteins: Characterization and Biosynthesisthesis of specific plant proteins, i.e. seed storage proteins. These studies have perhaps even greater significance considering the importance of seed proteins in human and livestock nutrition. Maize storage proteins are interesting from both these aspects, since maize is an economically important c

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