Titlebook: Clinical Aspects of Blood Viscosity and Cell Deformability; G. D. O. Lowe (Lecturer in Medicine and Honorary S Conference proceedings 1981

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The Measurement of Red Blood Cell Deformabilityrmable. The ability to undergo large deformations when subjected to stresses allows the red blood cells to pass through capillaries narrower than the resting erythrocyte diameter, and ensures that the blood remains a fluid at physiological haematocrits. The clinical importance of both these factors

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ROOF

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Haematocrit, Blood Viscosity, Cerebral Blood Flow, and Vascular Occlusion the effect of haematocrit change on the rheological characteristics of blood will be presented. This will be followed by presenting evidence for the influence of blood viscosity on cerebral blood flow. Finally, the association between VH, blood viscosity, cerebral blood flow and vascular occlusive

vasospasm

Sickle-cell Disease and Vascular Occlusion) are prone to recurrent episodes of limb or trunk pain known as the painful, vaso-occlusive crisis. The major factor causing vascular occlusion, usually in the terminal arterioles and capillaries (Diggs, 1965), is the interlocking of rigid, sickled erythrocytes. This process is commonly regarded as

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Harness

Occlusive Arterial Disease and Blood Rheologyhich supply the heart, brain and lower limbs. It is our purpose to review the possible contribution of blood rheology to these events. Recent interest in this topic probably arises for three reasons. In the last decade a number of studies have been reported which associate blood rheology factors wit

Cumulus

Blood Viscosity in Diabetes Mellitusion of the retina, non-perfusion of capillaries is the earliest clinically detectable lesion in life and probably initiates neovascularisation (Kohner and Oakley, 1975). In larger vessels reduction or cessation of blood flow commonly leads to stroke, myocardial ischaemia and claudication of the legs