Abstract
The article discusses the possibility of using a new veterinary preparation phytoglinol to improve the quality of meat and dairy raw materials in the context of solving the problems of food security in the Russian Federation. An experiment conducted on laboratory animals to simulate heat stress revealed pronounced detoxification and stress-correcting properties of the preparation. The obtained results indicate that the new preparation phytoglinol not only ensures the correction of metabolic homeostasis under heat stress conditions, but also helps to weaken endotoxicosis, reduce the level of lipid peroxidation products in the body of experimental animals, thereby exhibiting a pronounced antitoxic and antioxidant effect.
Highlights
The food security of our country is characterized by three leading food subcomplexes: grain, meat and dairy production
The way of intensification of production processes in the domestic livestock industry increased the amount of gross product, but the quality of livestock raw materials deteriorated, mainly because of the increased constant load on the body of the main object of obtaining the product – a farm animal
An important part of these measures can be new pharmacological agents aimed at eliminating the undesirable consequences of intensive animal husbandry, manifested in the form of disorders of homeostasis, chronic toxicosis and decrease in the natural resistance of the organism of productive animals [7]
Summary
The food security of our country is characterized by three leading food subcomplexes: grain, meat and dairy production. Among the reasons contributing to the occurrence of chronic intoxication, pathological changes in the metabolism of animals, are various negative environmental factors that cause serious disturbances because of the development of stress damage to the life support organs [8] In this case, by modeling a certain stressful effect in experiments on laboratory animals, it is possible to reveal the patterns of pathology development, starting from the moment of interaction of the stress factor with the body until its outcome, and to determine the relationship between damage and the functional state of various organs and systems of the body under the influence of the stress factor with subsequent adequate pharmacological correction of the adaptive abilities of the animal [9]. The aim of this experiment was to evaluate the stress-corrective and antitoxic effect of the preparation phytoglinol on the body of white rats subjected to prolonged exposure of high temperatures and high air humidity
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