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STUDY OF EXTRACTIVE SUBSTANCES OF HELIANTHUS TUBEROSUSE TUBERS
Автор(ы)
Дата публикации
1 января 2018 г.
Тип
journal article
Аннотация
The article examines the extractive properties of tubers of helianthus tuberosuse from two regions of Almaty. The object of the study is the extracts obtained from the tuber Helianthus tuberosuse. The extraction of tubers from helianthus tuberosuse was carried out by various organic solvents. It was found that the extraction of extractive substances by a group of solvents with increasing polarity. The greatest yield of extractive substances comes from the extraction of benzene and ethyl acetate. The main extractive substances belong to coumarin compounds (umbellioron C9H6O3, isoscapolin C10H8O4, escuftine C9H6O4, herniarin C10H8O3, umbelliferone C9H6O3, coumarin C9H6O2) and flavonoid. References [1] Uzhanova V.M. The study of the influence of components of medicinal plant materials based on the obtained extracts // Chemia plant materials. 2001. N 3. P. 105-110. [2] Maysarov D.A., Nekhaenko G.N. Medicinal plants of South Kazakhstan in folk medicine. Almaty: Gasir, 2004. 205 p. [3] Naleev O.N., Karzhaubaev K.E. Jerusalem artichoke. Almaty, 2006. P. 7-12. [4] Leontiev V.N., Dubar D.A., Lugin V.G., Feskova, etc. Biological potential of Jerusalem artichoke as a raw material for the food and pharmaceutical industry // Chemistry, technology of organic substances and biotechnology. Works BSTU. 2014. N 4. P. 227-230. [5] Zelenkov V.N. Mediko-biological properties of Jerusalem artichoke concentrate (dried) and the experience of using dietary supplements based on it in medical practice // Actual problems of creating new drugs of plant origin. Proceedings of the 4th International Congress June 29 – 1 July 2000. Vel. Novgorod, 2000. P. 158-163. [6] Zelenkov V.N. Perspectives of using various dry forms of Jerusalem artichoke in phytodietics for cardiovascular diseases // Practical herbal medicine. 2002. N 2. P. 42-43. [7] Zykleva N.S. The study of polysaccharides of Jerusalem artichoke tubers and the creation on their basis of therapeutic and prophylactic agents: Aforet. dis. cand. pharmacist. sciences Pyatigorsk, 1998. P. 22-35. [8] Bezchasnik E.M., Dyachenko V.V., Kucher O.V. The process of extraction from medicinal plant materials. Pharmcom 1. 2003. P. 54-56. [9] Izteleu B.M., Azimbaeva G.E., Kudaibergenova G.N. Determination of biologically active substances from the aerial part of Helianthus tuberususe // Chemical Journal of Kazakhstan. 2013. N 2(42). P. 121-125. [10] Polezhaeva I.V., Polezhaeva N.I., Menuilo L.N., Pavlenko N.I., Levdansky V.A. Study of extractives Chamerium Angustifolium (L.) holum // Chemia rastytelny cheese. 2005. N 1. P. 25-29. [11] Ikramova M.B., Mirzorakhimov K.K., Rakhimova F.A. [and others]. UV Spectra of plant extracts // Scientific achievements of biology, chemistry, physics: collection of articles. st. on mater. 1 international scientific-practical. conf. Novosibirsk: SibAK, 2011. [12] Konoplev M.M. Pharmacognosy: Natural biologically active substances. Vitebsk, 2007. 272 p. [13] Burasheva G.Zh., Eskaliyeva B.Ya., Umbetova A.K. Tabiga kosylystar chemasyasyn negizdery. Almaty: Kazak University, 2013. P. 114-220.
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