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

领巾

The Pathophysiology of Pulmonary Vascular Disease Associated with Congenital Cardiac Lesions,st reported by Eisenmenger (1897) in reference to a ventricular septal defect. Abbott and Dawson (1924) created some order in the anatomic classifications, and various lists of lesions predisposing to the Eisenmenger reaction have been compiled, but in these, lesions tend to be grouped according to

Antioxidant

外向者

Aging and Vascular Impedance,Lakatta, and Weisfeldt 1976; Lakatta 1979; Lakatta and Yin 1982; Yin 1980). This interest exists not only because aging is a physiologic intervention that affects every individual but also because aging can provide insight into the mechanisms underlying normal or pathologic function.

不溶解

Arterial Reflections and Pressure Waveforms in Humans,cordings, historically have been a critical part of the clinical evaluation of patients with cardiovascular disease. A fine review of the history of the nomenclature and interpretation of the arterial pulse, based on extensive studies of hemodynamics, has recently been provided by O’Rourke (1982).

Ambiguous

The Control of Cardiac Output Through Coupling of Heart and Blood Vessels,he atrial pressures act as back pressures to flow from the blood vessels to the heart: The greater the atrial pressures, the less the flow. At the same time, the atrial pressures act in an opposite way on ejection of blood from the heart: The greater the atrial pressures, the greater the ventricular

glacial

纵欲

Heart-Arterial Coupling: How to Bypass the Aortic Valves,terms of pressure and flow. In the analysis of heart arterial coupling, however, the aortic valves constitute an obstacle. Owing to the nonlinear properties of the aortic valves and the compliance of the arterial system, two distinct pressures exist: left ventricular pressure and aortic pressure. Th

Cirrhosis

Ventricular Interaction with the Vascular System in Terms of Pressure-Volume Relationships,xperimentally opening the loop at the junction of the vena cava and the right atrium. Reasoning that the cardiac output curve depicts the performance of the ventricle as a pump and the venous return curve represents vascular system properties and circulatory blood volume, they superimposed these two