Technology for obtaining a dry complex of basfrom a plant of the from species Rosa beggeriana Schrenk

Abstract

The study of medicinal plant raw materials as a source for the creation of unique and highly effective medicines based on it is of great importance for the development of pharmacy and medicine in Kazakhstan. Various types of rosehip contain a valuable complex of biologically active compounds (BAC), which causes their widespread use in folk medicine due to antioxidant, antiinflammatory, choleretic and body-strengthening effects, as well as pharmacopoeial objects of both the plants themselves and the medicines obtained on their basis. The object of this study – Rosa beggeriana Schrenk, which grows only in Asia, in particular Kazakhstan, Iran, and some parts of China, and has an almost unexplored valuable arsenal of compounds with biological activity, can increase the share of domestic medicines in the pharmaceutical market of the country. Goals and objectives. The purpose is to identify the suitability of raw material for further use in medicine. Research methods. The research object was collected during the fruiting season along the Ili River in the Almaty region and dried in accordance with recommendations for this type of raw material. In this study, chemical and physicochemical research methods were used. The article presents data on the establishment of the goodness of the studied Rosa beggeriana Schrenk plants and the dry complex of BAC obtained on a comparative context with the wellknown pharmacopoeia species of this plant family of Rosa canina plants, the mineral composition of macro- and microelements and the development of an optimal technology for obtaining a complex of biologically active substances from Rosa beggeriana Schrenk in the form of a dry extract. Conclusion. It has been established that this type of rose hip can be used for medical purposes and is not inferior in quality to the widespread type of rose hip Rosa canina. Parameters were also established under which the highest yield of raw materials can be obtained.