Titlebook: Calcium and Contractility; Smooth Muscle A. K. Grover,E. E. Daniel Book 1985 The Humana Press Inc. 1985 ATP.Calcium.Nucleotide.cell membran

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https://doi.org/10.1007/978-3-662-41084-4 muscle lend themselves to analytical electron microscopy: electron probe X-ray microanalysis (EDS) and electron energy loss spectroscopy (EELS). The application of these methods to skeletal muscle has been valuable in determining the movement of ions (e.g., Ca., Mg.) between subcellular compartment

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Theoretisch-Analytischer Bezugsrahmen,s transmitter whereas others (e.g., . and .) have suggested the existence of a peptidergic transmission, usually with VIP as the putative transmitter in this subset of NANC nerves. As will become apparent, there is reason to remain skeptical of both identifications, and we shall retain the negative

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Calcium Antagonists and Ionophores,both importance and complexity. It is now generally agreed that both intracellular and extracellular sources of Ca. are involved and that the relative extent of their involvement is dependent upon the smooth muscle, the stimulant and its concentration, and upon the component (phasic or tonic) of mec

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Calcium Compartments and Mobilization During Contraction of Smooth Muscle,ubt that Ca. ions act as the second messenger regulating smooth muscle tension development. Accordingly, an elevation in the concentration of free Ca. in the myoplasm represents a final step linking receptor occupation or membrane depolarization to the activation of the contractile proc­ess. During