peculiarities of hemodynamic processes biologikalin systems. poissier's equation

Blood is the fluid tissue of a living organism. It circulates in the blood vessels through the heart pump and supplies the tissues of various organs with nutrients and oxygen. Blood is made up of fluid components - plasma, proteins dissolved in it, and cells of various structures and functions. The ability to circulate blood depends on many factors, such as: heart muscle function, vascular tone, blood viscosity, and more. If the viscosity and clotting capacity of the blood is increased, in this case, it is expected to form dense masses of blood and delay its movement in the blood vessels, which poses a serious threat to life. This thesis discusses the method of measuring blood viscosity and the principle of operation of the viscometer. One of the main parameters when characterizing blood is viscosity. It is a direct indicator of how blood flows in the blood vesselsThe study of general regularities of hemodynamics is of great medical importance. Viscosity is one of the principal parameters of blood. It is a direct measure of the - of blood to flow through the vessels. Through this biophysical property can be revealed many diseases. Blood viscosity can be measured by viscometers. The following thesis statement declares the method of measuring blood viscosity, describes the viscometer working mechanism.