Titlebook: Arterial and Venous Systems in Essential Hypertension; M. E. Safar,G. M. London,Y. A. Weiss Book 1987 Martinus Nijhoff Publishers, Dordrec

搜尋

https://doi.org/10.1007/978-3-540-45316-1tionship between intravascular volume and pressure defines vascular compliance, which reflects the inherent elasticity of the vascular system [1, 2]. Changes in vascular. compliance are of primary importance in the control of cardiovascular function and extracellular fluid volume regulation [1, 2, 3].

GLOSS

Electrochemical Thermodynamics and Kinetics of cerebral blood flow autoregulation: (i) below a given level of perfusion pressure (about 50–70 mm Hg), autoregulatory vasodilatation is inadequate and flow decreases, and (ii) beyond a certain pressure (about 130 mm Hg) autoregulatory vasoconstriction is offset, resulting in an increase in cerebral blood flow [1].

mucous-membrane

Hyperlipidemia

Adenoma

CONE

任命

Venous compliance in essential hypertension. The adequacy of the circulation depends on its filling pressure, especially on the filling pressure of the heart [1, 2]. For the overall circulatory system, a well-defined relationship must exist between changes in blood volume and changes in circulatory filling pressure [1]. The slope of the rela

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Cardiac mechanoreceptors in hypertension in hypertension focused on arterial baroreceptors. However, with the recognition that cardiac mechanoreceptors contribute physiologically to the regulation of sympathetic nerve activity, renin release and vasopressin secretion, several investigators have evaluated the possibility that these recepto

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