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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Content Lifecycles, Management, and Backupressure profiles of the coronary micro-circulation exhibit several important characteristics. First, coronary arteries greater than 140–180 .m in diameter constitute approximately 20% of total vascular resistance. Second, vascular resistance in these relatively large coronary arterial vessels is due

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Ultrasonic Measurements of Coronary Blood Flowing red cells and the sound beam axis; (2) the position of the ultrasonic flow probe with respect to the longitudinal axis of blood flow; (3) the cross-sectional area of the blood vessel or tube; and (4) the constant position of the piezoelectric crystal relative to the blood vessel. If these detail

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Effect of Ventricular and Extraventricular Pressure on the Coronary Artery Pressure-Flow Relationshirdial site was supported. Right coronary artery slope changes in the right coronary pressure-flow relationship on elevation of diastolic filling pressure may be intimately related to increased strain of coronary vascular beds; when simultaneous increases in intra- and extra-cardiac pressures occur,

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Transmural Myocardial Perfusionubepicardial vessels, but to flow anterogradely in the subepicardial vessels. By the end of systole, the subendocardial arteries are much narrower than they were at the end of diastole. Consequently, at the onset of diastole, blood entering the myocardium from the extramural arteries flows first to

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Microvascular Pressure Profiles in the Left and Right Coronary Circulationsressure profiles of the coronary micro-circulation exhibit several important characteristics. First, coronary arteries greater than 140–180 .m in diameter constitute approximately 20% of total vascular resistance. Second, vascular resistance in these relatively large coronary arterial vessels is due

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