2658-6533Research Results in Biomedicine2658-653310.18413/2313-8955-2017-3-4-11-161267Archive categoriesCHANGES IN THE LIPID COMPOSITION OF CELL MEMBRANES IN THE CONDITIONS OF PESTICIDES INTOXICATION AND METHODS OF THEIR PREVENTIONCHANGES IN THE LIPID COMPOSITION OF CELL MEMBRANES IN THE CONDITIONS OF PESTICIDES INTOXICATION AND METHODS OF THEIR PREVENTIONKorolevVladimir A.KorolevVladimir A.medecol1@yandex.ruKorolevIvan V.KorolevIvan V.korolevva@kursksmu.netKharlanovNikita A.KharlanovNikita A.medecol1@yandex.ruTarasovaOlga V.TarasovaOlga V.medecol1@yandex.ruKononenkoNikolay S.KononenkoNikolay S.medecol1@yandex.ru20173400

Today, the problem of high-toxic substances use in the agricultural sphere has a significant character. As a result, the number of intoxication cases has been growing both in warm-blood animals and humans. First of all, the most important toxic effect of pesticides is shown up in the damage of lipid metabolism. To predict the possibility of reducing the harmful pesticide effects, the potential of prophylactic use of Mexidol was studied for normalization of lipid metabolism in rats’ blood in the background of chronic pesticide intoxication. The study showed that Mexidol has a protective effect for the following lipid fractions: cholesterol and triacylglycerols.

Today, the problem of high-toxic substances use in the agricultural sphere has a significant character. As a result, the number of intoxication cases has been growing both in warm-blood animals and humans. First of all, the most important toxic effect of pesticides is shown up in the damage of lipid metabolism. To predict the possibility of reducing the harmful pesticide effects, the potential of prophylactic use of Mexidol was studied for normalization of lipid metabolism in rats’ blood in the background of chronic pesticide intoxication. The study showed that Mexidol has a protective effect for the following lipid fractions: cholesterol and triacylglycerols.

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