Effect of Various Experimental Conditions on Blood Coagulation Factors

This article shows studies of the relationship of the epiphysis with enucleation and dereception of the olfactory bulb in the study of the blood coagulation system. The conducted studies show that the pineal gland is actively involved in the neurohormonal regulation of the blood coagulation system. Enucleation and dereception of the olfactory bulb lead to hypercoagulation. Physical activity changes the rate of hemocoagulation depending on the intensity and duration of the animals' motor activity. Under the influence of various influences and disorders, processes are activated that lead the body to homeostatic equilibrium at the organ-tissue level. The blood coagulation system is functionally and biochemically linked to other physiological systems: first of all, the immune, cardiovascular, respiratory, etc. This means that the processes of change and pathology in one of them will certainly affect the activity of hemocoagulation, and vice versa – the pathology of blood clotting will necessarily affect the functioning of other parts of homeostasis.