Titlebook: Coronary Circulation; Basic Mechanism and Fumihiko Kajiya,Gerald A. Klassen,Julien I. E. Hof Book 1990 Springer-Verlag Tokyo 1990 Bypass.C

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Anatomical Principles of the Coronary Circulationife via vascular sprouts and ultimately is expressed as a hierarchy of vessels. Since the microvasculature is the key to our understanding of coronary flow and the exchange of nutrients, considerable exploration of this component of the coronary circulation is needed. Perhaps the most evident gap in

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Ultrasonic Measurements of Coronary Blood Flow on the Doppler Principle, have been applied towards the quantitative measurement of blood flow in the coronary circulation. The Doppler Principle maintains that as sound waves are reflected from a moving object, the frequency of the reflected wave is shifted to a higher or lower sonic frequency, de

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Coronary Circulation Mechanics are discussed. However, special attention is devoted to a nonlinear model. This nonlinear model consists of an arteriolar, capillary, and a venular compartment, each composed of transmural pressure-dependent resistances and compliances. With this model, the influence of pressure-dependent resistanc

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Functional Characteristics of Intramyocardial Capacitance Vessels and Their Effects on Coronary Artevolume was about 5% of the left ventricular mass, and the time constant in relation to ordinary capacitance was about 1 s, although both are pressure-dependent. The coronary venous outflow was closely related to the total displaceable blood volume stored in the intramyocardial capacitance vessels, i

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Input Impedance of the Canine Coronary Arterial Tree. The input impedances in systole and diastole are not different; the impedances at zero Hz are 2.4 ± 0.5 and 3.1 ± 1.1·10. Pa.s.m., respectively. Characteristic impedances in systole and diastole are 1.0 ± 0.2 and 1.1 ± 0.1·10. Pa.s.m., respectively. The zero-Hz component of these impedances is com

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