Changes in the Rheological Properties of Blood in Kidney Diseases

Abstract

Blood viscosity is one of the defining characteristics of microcirculation and significantly affects hemodynamic parameters. Microcirculation plays a large role in maintaining hemodynamic processes. Violation of microcirculation processes develops hypoperfusion, which causes dystrophic and hypoxic processes in tissues. The main cells that determine the rheological parameters of the blood are erythrocytes and make up 98% of the total volume of blood-shaped elements. The study of the mechanisms of hemorrhoeological changes that develop in the body serves to shed light on the mechanism of most somatic diseases. Therefore, in the development of pathological processes, great attention is paid to the study of the rheological parameters of the blood. The incidence of glomerulonephritis (GL) in children is much observed in later times, with the disease being a serious medical problem in terms of severity. Primary localization of the pathological process in GN is a violation of microcirculation in the kidneys. Therefore, the study of the rheological properties of blood in patients with glomerulophritis is one of the pressing problems.