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[中国紫苏资源与紫苏叶精油化学型]

[Perilla resources of China and essential oil chemotypes of Perilla leaves].

作者信息

Wei Chang-Ling, Guo Bao-Lin, Zhang Chen-Wu, Zhang Fen, Tian Jing, Bai Xiao-Lin, Zhang Shun-Nan

机构信息

Institute of Medicinal Plant Development, Chinese Academy of Medical Science, Peking Union Medical College, Beijing 100193, China.

Shanxi Medical University, Shanxi 030001, China.

出版信息

Zhongguo Zhong Yao Za Zhi. 2016 May;41(10):1823-1834. doi: 10.4268/cjcmm20161011.

Abstract

This study, based on the findings for Perilla resources, aimed to describe the species, distribution, importance, features, utilization and status of quantitative Perilla resources in China. This not only helps people to know well about the existing resources and researching development, but also indicates the overall distribution, selection and rational use of Perilla resource in the future. According to the output types, Perilla resources are divided into two categories: wild resources and cultivated resources; and based on its common uses, the cultivated resources are further divided into medicine resources, seed-used resources and export resources. The distribution areas of wild resources include Henan, Sichuan, Anhui, Jiangxi, Guangxi, Hunan, Jiangsu and Zhejiang. The distribution areas of medicine resources are concentrated in Hebei, Anhui, Chongqing, Guangxi and Guangdong. Seed-used resources are mainly distributed in Gansu, Heilongjiang, Jilin, Chongqing and Yunnan. Export resource areas are mainly concentrated in coastal cities, such as Zhejiang, Jiangsu, Shandong and Zhejiang. For the further study, the essential oil of leaf samples from different areas were extracted by the steam distillation method and analyzed by GC-MS. The differences in essential oil chemotypes among different Perilla leaves were compared by analyzing their chemical constituents. The main 31 constituents of all samples included: perillaketone (0.93%-96.55%), perillaldehyde (0.10%-61.24%), perillene (52.15%), caryophyllene (3.22%-26.67%), and α-farnesene (2.10%-21.54%). These samples can be classified into following five chemotypes based on the synthesis pathways: PK-type, PA-type, PL-type, PP-type and EK-type. The chemotypes of wild resources included PK-type and PA-type, with PK-type as the majority. All of the five chemotypes are included in cultivated resources, with PA-type as the majority. Seed-used resources are all PK-type, and export resources are all PA-type. The P. frutescens var. frutescens include five chemotypes, with PK-type as the majority. The PK-type leaves of P. frutescens var. acuta are green, while the PA-type leaves are reddish purple. The P. fruteseens var. crispa was mainly PA type with reddish purple leaves. The differences of the main chemotypes provide a scientific basis for distinguishing between Zisu and Baisu in previous literatures. Based on the lung toxicity of PK and the traditional use of Perilla, the testing standard of essential oil and Perilla herb shall be built, and PA type is recommended to be used in traditional Chinese medicine.

摘要

本研究基于紫苏资源的调查结果,旨在描述中国紫苏资源的种类、分布、重要性、特征、利用情况及数量现状。这不仅有助于人们深入了解现有资源及研究进展,还为未来紫苏资源的整体分布、筛选及合理利用指明方向。根据产出类型,紫苏资源分为野生资源和栽培资源两类;依据其常见用途,栽培资源又进一步分为药用资源、籽用资源和出口资源。野生资源分布于河南、四川、安徽、江西、广西、湖南、江苏和浙江。药用资源分布地区集中在河北、安徽、重庆、广西和广东。籽用资源主要分布在甘肃、黑龙江、吉林、重庆和云南。出口资源地区主要集中在沿海城市,如浙江、江苏、山东和浙江。为进一步研究,采用水蒸气蒸馏法提取不同地区紫苏叶样品的挥发油,并通过气相色谱 - 质谱联用仪进行分析。通过分析化学成分,比较不同紫苏叶挥发油化学型的差异。所有样品的31种主要成分包括:紫苏酮(0.93% - 96.55%)、紫苏醛(0.10% - 61.24%)、紫苏烯(52.15%)、石竹烯(3.22% - 26.67%)和α - 法呢烯(2.10% - 21.54%)。根据合成途径,这些样品可分为以下五种化学型:PK型、PA型、PL型、PP型和EK型。野生资源的化学型包括PK型和PA型,以PK型为主。栽培资源包含所有五种化学型,以PA型为主。籽用资源均为PK型,出口资源均为PA型。紫苏包括五种化学型,以PK型为主。尖紫苏的PK型叶为绿色,而PA型叶为紫红色。皱紫苏主要为PA型,叶为紫红色。主要化学型的差异为区分以往文献中的紫苏和白苏提供了科学依据。基于紫苏酮的肺毒性及紫苏的传统用途,应建立挥发油及紫苏药材的检测标准,并推荐在中药中使用PA型。

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