2 research outputs found
Peculiarities of the State of the Body's Immunoprotective Functions, Bacterioscopic and Cytological Studies in the Presence of a Chronic Inflammatory Process of the Reproductive System
At the current stage, the state of health of the Ukrainian nation of reproductive age is characterized by a low birth rate. Chronic inflammatory diseases of the reproductive system significantly affect the health of millions of people of childbearing age. Chronic inflammation is characterized by a protracted, often erased course, a tendency to relapse, the presence of complications and resistance to therapy. The development and formation of inflammatory diseases are based on interconnected processes that begin with acute inflammation and end with destructive changes, therefore the assessment of the body's adaptive capabilities is increasingly considered one of the most important health criteria. There is a whole series of integral hematological indicators that allow you to assess the state of various parts of the immune system without resorting to special research methods
Assessment of the Nature of Dyslipoproteinemias and Correlations of Indicators of General Reactivity and Lipid Metabolism in Patients with Chronic Nonspecific Inflammation of the Reproductive System
Metabolic disorders can occur at all levels of biological organization - from molecular and cellular to the level of the organism as a whole. These changes may result from disruptions in hormonal mechanisms, actions of pathogenic factors, or infections. Primary metabolic disorders are the basis of many diseases, such as diabetes, obesity, and atherosclerosis, while secondary disorders accompany most pathological processes. Disruption of lipid metabolism leads to changes in their functions and the development of pathological processes, such as dyslipoproteinemia, and also contributes to the development of atherosclerosis. Various intracellular infectious agents play a significant role in the development of dyslipoproteinemias and atherosclerosis, for example, chlamydia can alter the lipid metabolism in macrophages under the influence of low-density lipoproteins, leading to the formation of 'foam-like' cells. This, in turn, contributes to the development of atheromatous plaques-a favorable environment for chlamydia, where it can survive for an extended period and trigger immunopathological mechanisms