Titlebook: Biological Flows; Michel Y. Jaffrin,Colin G. Caro Book 1995 Springer Science+Business Media New York 1995 biological fluid.biomechanics.bl

acolyte

Biomechanical and Physiological Aspects of Arterial Vasomotion,lations in muscular tone, in the absence of variations in external stimuli, are also observed. These are usually manifested by low-frequency oscillations in the arterial diameter which, by analogy to small resistance arteries and arterioles, can be termed arterial vasomotion.

搬運(yùn)工

Mechanics of Intramural Blood Vessels of the Beating Heart,e walls of the heart for its own nourishment (2). In 1695, Scaramucci (3), who is frequently called the father of coronary circulation, postulated that the deeper coronary vessels are squeezed empty by cardiac contraction and they are refilled from the aorta during diastole.

metropolitan

傳染

Hearten

有限

恫嚇

https://doi.org/10.1007/978-3-531-90436-8e decades. In the present paper, the historical development of ideas concerning the cellular nature of all living matter will be outlined first. Secondly, the development of analyses of blood flow will be sketched and thirdly, the application of continuum mechanics to individual blood cells and their component parts will be outlined.

Nebulous

Der Klassenrat als Untersuchungsgegenstand,r than clinical results. Disproportionately little attention will be paid to cardiovascular fluid dynamics because a disproportionately large number of papers were devoted to it at the World Congress. Otherwise the major topics to be considered are:

modifier

https://doi.org/10.1007/978-3-658-24050-9nd bring blood into close proximity to nearly all parts of most organs. Transport at this microscopic level occurs by diffusion, by active cellular transport, or by convective motion of water through microvessel walls.

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