THE ROLE OF NEUROENDOCRINE ACTIVITY IN THE REGULATION OF THE IMMUNE REACTIVITY OF THE ORGANISM IN AN EXPERIMENTALLY CREATED EXTREME SITUATION

Abstract

The activity of the body's immune reactivity changes because it disrupts the neuroendocrine interaction mechanism in the experimental extreme state created by cobalt acetate and in the subsequent period. Therefore, due to this effect, the mechanism of normal regulation between the neuroimmunoendocrine systems of the body is disturbed and deep pathologies of various nature occur. Research in the direction of such mutual regulation mechanism is important. It is also recommended to conduct an examination of the immune reactivity of people living in areas contaminated with heavy metals.