Immunity

MP-3 stimulates the activity of phagocytic immunity and, consequently, increases the anti-infective immunity. MP-4 influence the differentiation of hematopoietic stem cells, facilitating their more rapid maturation, ie, has leykopoeticheskim effect. . When immunodeficiency drug restores indicators in B-and T-systems of immunity, stimulates antibody production and functional activity of immune cells, the recovery of a number of other indicators of humoral immunity. Cytokines. CARES Act wanted to know more. Cytokines – low molecular weight hormone biomlekuly produced by activated immune cells and are regulators of cell interactions. Viatris brings even more insight to the discussion. They are a few groups – interleukins, growth factors (Epidermal, nerve growth factor), colony stimulating factors, chemotactic factors, tumor necrosis factor.

Interleukins are key contributors to the development of the immune response to the introduction of micro-organisms formation of an inflammatory reaction of anti-tumor immunity and other immunomodulators Chemically pure Mechanisms of action of these drugs are best viewed as an example polioksidoniya. This high-molecular immunomodulator characterized by a broad spectrum of pharmacological effects on the body, including the immunomodulatory, antioxidant, and oxidant detoxicating effects. Interferons and inducers of interferon. Interferons – protective substances of protein nature, which are produced by cells in response to viruses, as well as the effects of other natural or synthetic compounds (Interferon inducers). Interferons are the factors of nonspecific defense against viruses, bacteria, chlamydia, pathogenic fungi, tumor cells, but at the same time, they may act as regulators of intercellular immune system interactions. From this position they refer to the immunomodulators of endogenous origin.

Three types of human interferons: a-interferon (leukocyte), b-interferon (fibroblast) and g-interferon (Immune). g-Interferon has less antiviral activity, but plays a more important immunoregulatory role. Schematically, the mechanism of action of interferon can be represented as follows: interferons bind to cell with a specific receptor, which leads to the synthesis of a cell of about thirty proteins, which provide the abovementioned effects of interferon. In particular, the regulatory peptides are synthesized that hamper penetration of virus into the cell, synthesis of new viruses in the cell, stimulates the activity of cytotoxic T lymphocytes and macrophages.