Titlebook: Microcirculation; Blood-Vessel Interac John Grayson,Walter Zingg Book 1976 Plenum Press, New York 1976 Pet.circulation.growth.life sciences

发生

Blood Vessel Structureunts of membrane, the fusion of vesicles to the plasma membrane, its breakdown and fate, and the energy required for these processes. These difficulties may be avoided by assuming the existence of an intracellular tubular system which could be responsible for bulk transport across the cell by perist

Anthropoid

Microcirculatory Flow Patternsntrasted with abnormal, development of the nailfold capillaries in infants showed that the pattern of hairpinlike loops developed at a basic rate, the loops arising from a subpapillary arteriolar plexus and reentering a venular subpapillary plexus. The mature capillary pattern is usually completed b

Barter

Formed Elements of the Blood Platelets, and Thrombosison Wharton-Jones (1851) descri~d arteriolar thromboembolism in the frog’s web, and the German physiologist Zahn (1872) observed the process of hemostasis in the frog’s mesentery. He described the arrest of bleeding by the formation of “.” In this description, the presence of platelets in the hemosta

丰富

Neurohumoral Control of Blood Vesselsof precapillary microvessel and sphincter can respond to eNS stimulation. However, precapillary arterioles (metarterioles) and precapillary sphincters failed to respond to supramaximal stimulation of paravascular nerves in rat mesentery (Furness and Marshall, 1974). In the present experiment, respon

META

Keshan-disease

Myocardial Blood Flowphasic red cell velocity and diameters of coronary arterioles, capillaries, and venules were measured in the beating turtle and dog heart using high-speed cinematography (400 frames/s) with transillumination of the left ventricle. A 20-gauge needle, containing a small quartz rod and a mirror angled

mitral-valve

transdermal

Blood Flow in Skeletal Muscleammersen, 1968). There appears, however, to have been little previous attempt to quantitate the extent and pattern of capillary branching, although Eriksson and Myrhage (1972) reported that the capillaries of the tenuissimus muscle of the cat were 1.015 mm long, with branches to adjacent capillaries

bromide

Costume

Benjamin W. Zweifach of Migration Trail, a website that attempts to provide an original portrayal of human mobility. First, it explores recent literature on each of the three elements interacting on the site. This is followed by an in-depth investigation of their interplay in the overall experience. The study employs a