officinale (f. apiaceae):生境、植物描述和化学成分(综述)

Kubasova E.D., Korelskaya G.V., Kubasov R.V.
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引用次数: 0

摘要

药用野蔷薇(Levisticum Officinale)几乎到处都生长。为了在包括医药在内的经济需要中使用牛蒡,一些国家专门从事其种植。通过对科学文献的分析,发现了大量的出版物,证实了药用牧草的根茎、根和草药的化学光谱的多样性。在这方面,它被用作药用原料,并被列入许多欧洲药典。出于医疗目的,这种植物含有生物活性物质的所有部分都可以使用。officinale含有多种植物化学化合物和次生代谢物——萜类、类黄酮、精油、酞、聚乙炔、香豆素、苯丙素、生物碱、单宁、酚酸、聚乙炔。它们都具有对机体有治疗作用的特性。Officinale的精油成分是研究最多的。主要以单萜烃、六萜烯和邻苯酞为代表。Officinale的用法和目的:Officinale的用法和目的:大多数科学家认为,这种差异可能与植物原料的采伐时间和过程、植物的年龄、基因型、气候条件和生长地点以及提取方法和生物活性物质的鉴定和定量测定方法有关。因此,存在原料制备和进一步利用的单一通用系统的问题。现代草药原料分析方法的发展及其化学成分的研究为扩大其作为药用植物的使用创造了先决条件。
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LEVISTICUM OFFICINALE (F. APIACEAE): HABITAT, BOTANICAL DESCRIPTION AND CHEMICAL COMPOSITION (REVIEW)
The Medicinal Lovage (Levisticum Officinale) grows almost everywhere. In order to use Levisticum Officinale in economic needs, including in medicine, a number of countries are specially engaged in its cultivation. The analysis of the scientific literature revealed a large number of publications confirming the diverse chemical spectrum of rhizomes, roots and herbs of the medicinal lovage. In this regard, it is used as a medicinal raw material and is included in a number of European Pharmacopoeias. For medical purposes, all parts of this plant that contain biologically active substances can be used. Levisticum officinale contains various phytochemical compounds and secondary metabolites – terpenoids, flavonoids, essential oils, phthalides, polyacetylenes, coumarins, phenylpropanoids, alkaloids, tannins, phenolic acids, polyacetylenes. All of them have properties that can have a therapeutic effect on the organism. The composition of essential oils of Levisticum Officinale is the most studied. It is mainly represented by monoterpene hydrocarbons, sexwiterpenes and phthalides. There are some differences in the chemical composition of Levisticum Officinale. Most scientists agree that such a discrepancy may be related to the period and process of harvesting plant raw materials, age, genotype of the plant, climatic conditions and place of growth, as well as the method of extraction and the method of identification and quantitative determination of biologically active substances. Therefore, there is a problem of a single universal system of preparation and further use of raw materials. The development of modern methods for analyzing the raw materials of lovage and the study of its chemical composition creates prerequisites for expanding its use as a medicinal plant.
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