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This article provides a comprehensive review of circulatory correlates, including vascular impedance, resistance, capacity, arterial elasticity, and the hemodynamic consequences of vasomotor changes.
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This article provides a comprehensive review of vascular impedance, resistance, and capacity, detailing the physiological mechanisms of arterial and venous hemodynamics.
The sections in this article are: Windkessel Vessels Arterial Diameter Measurement Caliber Changes and Hemodynamic Consequences in Windkessel Vessels Arterial Elasticity and Hemodynamics Effects of Alterations in Vasomotor Tone on Arterial Elasticity Effects of Alterations in Transmural Pressure on Arterial Elasticity Vasomotor Changes and Vascular Impedance Smooth Muscle and Baroreceptor Areas Resistance Vessels Blood Flow, Pressure Gradient, Vascular Caliber, and Viscosity Critical Closure Vasomotor Changes in Microcirculation and Capillary Fluid Dynamics Integrated Responses Capacitance Vessels Venoconstriction and Venous Capacity Mobilization of Volume by Systemic Circulation: Venomotor Changes and Mean Circulatory Pressure Mobilization by Regional Circulations Changes in Compliance and Hemodynamic Consequences Venomotor Changes and Cardiac Output Conclusions
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Barry S. Gow (1980) reported a review. This article provides a comprehensive review of circulatory correlates, including vascular impedance, resistance, capacity, arterial elasticity, and the hemodynamic consequences of vasomotor changes.
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