Titlebook: Ventricular/Vascular Coupling; Clinical, Physiologi Frank C. P. Yin Book 1987 Springer-Verlag New York Inc. 1987 Bypass.blood vessel.hypert

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s mainly of phenomenological descriptions of cardiac alterations resulting from specific interventions in the vasculature. Hundreds of studies, for example, describe functional aspects of hypertrophied myocardium associated with the excessive vascular loading produced by various types of experimenta

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Age-Related Changes in Left Ventricular/Arterial Coupling,arate functions: (1) It serves as a vascular conduit system that delivers blood at high pressure to the various peripheral beds and (2) it serves as a buffering system (Windkessel) that smooths out pulsations resulting from intermittent ventricular ejection so that the capillaries receive a steady or continuous flow of blood.

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The Control of Cardiac Output Through Coupling of Heart and Blood Vessels, filling and stroke volume. The opposite effect of the atrial pressures on venous return and ventricular ejection is the focal point of the mechanical coupling of the heart and circuit as determinants of the steady-state cardiac output.

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Heart-Arterial Coupling: How to Bypass the Aortic Valves,erties of the aortic valves and the compliance of the arterial system, two distinct pressures exist: left ventricular pressure and aortic pressure. These nonlinear properties prohibit a direct comparison of the quantitative descriptions of the two systems.

ARENA

Left Ventricular-Systemic Arterial Coupling in Humans and Strategies to Improve Coupling in Diseasediac failure, and ischemic heart disease. Paradoxical, because the approaches described here are rarely if ever addressed in these clinical texts, even though they are of paramount relevance and importance. Neglect of these approaches is all the more surprising when one considers that hypertension,

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