Titlebook: Microvascular Mechanics; Hemodynamics of Syst Jen-Shih Lee,Thomas C. Skalak Book 1989 Springer-Verlag New York Inc. 1989 Bolus.bioengineeri

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Bone-Scan

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Volumetric Changes of Pulmonary Capillaries as Assessed by a Density Methoderial blood (Lee and Lee, 1986). To provide the basics leading to this observation, we first describe the density measuring system, the animal experimentation, and the use of the density difference as a concentration of a “density” indicator to quantify the cardiac output and the mean transit time.

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Transit Time Distributions of Blood Flow in the Microcirculationure and function in health and disease. To this end, numerous techniques have been developed to measure blood flow in situ within individual microvessels observed by direct microscopy in the living animal. Of the several techniques available, the dual-slit method developed by Wayland and Johnson (19

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Theoretical and Experimental Analysis of Hematocrit Distribution in Microcirculatory Networksohnson, 1971; Klitzman and Duling, 1979; Lipowsky et al., 1980). Part of this apparent discrepancy is due to the Fahraeus effect in individual segments (Fahraeus, 1928), tube hematocrit (volume fraction of red cells within a vessel) being lower than discharge hematocrit (volume fraction of red cells

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ear-canal

Pulmonary Capillary Blood Pressurecircuit with low resistance. In addition, in various types of lung pathology it is even more remarkable that the alveoli do not easily fill with fluid, which would compromise the gas exchange function of the lung. For many years, it was thought that the pulmonary microvascular pressure was quite low