浙江道地药材研究进展

Research progress of genuine medicinal material in Zhejiang

关键词:  浙江道地药材  成分研究  药效研究  工艺优化  方剂配伍  植物栽培

Key words:  Zhejiang genuine medicinal materials  composition research  pharmacodynamic study  process optimization  compatibility of medicines in a pre-scription  plant cultivation

摘要:

道地药材是指经过中医临床长期应用优选出来的产在特定地域,与其他地区所产中药材相比品质和疗效更好,且质量稳定。浙江省是全国中药材重点产区之一,中医药历史悠久,资源丰富。在浙江独特的地理位置和气候条件等诸多因素综合作用下,形成了产地适宜、品种优良、疗效突出的浙江地区道地药材。本期推出了“浙江道地药材研究”专刊,分别从“浙江道地药材的成分研究”、“浙江道地药材的药效研究”、“浙江道地药材提取的工艺优化”、“浙江道地药材的方剂配伍”、“浙江道地药材的种植栽培”等五大主题开展深入探讨,从生物学、化学、药理学、药物分析学和医学等多层面,结合现代科学研究方法开展多学科交叉研究,揭示浙江道地药材的物质基础及其科学内涵,为进一步提升浙江道地药材的质量和临床疗效提供一定的理论基础。

Abstract:

ABSTRACT：Genuine medicinal materials refer to those produced in a specific region after long-term clinical application of traditional Chinese medicine, which have better quality, more curative effects, more stable quality than those produced in other regions. Zhejiang Province is one of the important producing areas of Chinese herbal medicine in China, with a long history and rich resources. Under the comprehensive action of many factors such as the unique geographical location and climatic conditions in Zhejiang, the authentic medicinal materials in Zhejiang area with suitable origin, excellent varieties and outstanding curative effect have been formed. The special issue "Zhejiang Genuine Medicinal Materials Research" was launched, which carried out in-depth discussions on five themes, including "Composition research", "Pharmacodynamic research", "Process optimization", "Prescription compatibility", and "Planting and cultivation" of Zhejiang genuine medicinal materials. From the aspects of biology, chemistry, pharmacology, pharmaceutical analysis and medicine, and combined with modern scientific research methods, interdisciplinary research was carried out to reveal the material basis and scientific connotation of Zhejiang genuine medicinal materials, and to provide a certain theoretical basis for further improving the quality and clinical efficacy of Zhejiang genuine medicinal materials.