Titlebook: Calcium and Cellular Secretion; Ronald P. Rubin Book 1982 Plenum Press, New York 1982 Calcium.experiment.growth.information.metabolism.pro

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Book 1982ertains to secretory phenomena. The significant advance in methodology, while widening the scope of our knowledge, has caused research in this particular area to become more and more specialized. It has, therefore, become increasingly difficult for researchers to consider and evaluate work outside t

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General Introduction,alterations in cell membrane permeability and the resultant transmembrane movement of ions. The crucial membrane components are the various “channels” or “gates” that define the permeability or conductances of various ions. Sodium, potassium, magnesium, and calcium all play significant roles in biol

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Survey of Calcium Action in Stimulus-Secretion Coupling, general features of this process in order to better appreciate how calcium acts in secretory systems. Under electron-microscopic analysis a typical feature of the secretory cell is the presence of numerous membrane-bound granules (100–400 nm in diameter) scattered throughout the cytoplasm that cont

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Interaction of Calcium with Other Putative Mediators,e promulgated regarding the role of cyclic AMP. In some systems cyclic AMP augments secretory activity. This positive modulatory role of cyclic AMP is nowhere more apparent than in the rat parotid gland where secretion evoked by p-adrenergic receptor activation proceeds through a cyclic-AMP-mediated

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978-1-4684-4219-9Plenum Press, New York 1982

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https://doi.org/10.1007/978-3-322-88683-5alterations in cell membrane permeability and the resultant transmembrane movement of ions. The crucial membrane components are the various “channels” or “gates” that define the permeability or conductances of various ions. Sodium, potassium, magnesium, and calcium all play significant roles in biol