By M.P. Wiedeman (Auth.)
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Extra resources for An Introduction to Microcirculation
This same capillary network is drained by four or five venules with diameters from 40 to 90 /z,m. All vessels in the conjunctival beds with diameters above 15 μτη are venules. The slightly larger venules, those in the 25-40 μτη range, may connect with one another but most frequently join to form larger vessels which may have diameters between 75 and 90 μτη. The capillary bed is formed by randomly distributed second and third order branches from the feeding arterioles. The greatest number of vessels in the conjunctival vasculature are the capillaries and the postcapillary venules.
A detailed description of the vascular pattern seen on the surface of the brain is lacking, but information is available from investigations concerned with blood flow, blood pressures, and vascular reactivity. Forbes (1928) noted that the larger arteries pulsated with cardiac systole, that the color contrast between the bright scarlet arterial vessels and the purplish red veins was striking, and that there were numerous small arterioles which either joined other arterioles or turned down into the cortex and disap peared.
It has been noted by investigators using this preparation that spontaneous and intermittent flow is produced by the action of sphincters located at the end of the arterial distribution and that arterioles between 24 and 28 μ,πι exhibit spontaneous (phasic) vasomotion. It is reasonable to presume that this activity varies from normal with the type and depth of anesthesia. Blood pressure, determined by the use of a pressure cuff on the pouch, was found to be about 90 Hg, and direct 60 3. Fig. 3 .
An Introduction to Microcirculation by M.P. Wiedeman (Auth.)