金丝桃属

黑龙江省两种金丝桃属植物理化鉴别特征

Characteristics of physicochemical identification of two species Hypericum in Heilongjiang Province

国产11种金丝桃属植物中化学成分的含量分析

Quantitative phytochemical analysis of 11 Hypericum species growing in China

金丝桃属HypericumLinn.植物全世界有400余种，生长习性呈多样性包括草本、灌木和亚乔木等。

There are more than 400 species in genus Hypericum Linn , in the world , which exhibit a diversity of habit forms ranging from slender herbs to large shrubs , small trees and distribute extensively in Europe , Asia , North of Africa and North of America .

云南金丝桃属植物资源及其园林应用

The Studies on the Resources of Hypericum Plants and Their Gardening Applications

20种金丝桃属植物的近红外漫反射光谱法鉴别

Identification of 20 species Hypericum with near-infrared diffuse reflectance spectrometry

贵州金丝桃属药用植物种类与分布

Species and Distribution of Medicinal Plant Hypericum in Guizhou

广西金丝桃属植物有效成分金丝桃素的含量测定研究

Determination of effective constituents hypericin of Hypericum from Guangxi

几种金丝桃属药用植物的金丝桃苷含量测定

Determination of Hyperin in Genus Hypericum Medicinal Plants

20种药用金丝桃属植物的显微鉴别

Morphological identification of 20 medicinal species in Hypericum

金丝桃属植物研究进展及黑龙江省的资源概况

Research advances on Hypericum Linn and resources in Heilongjiang Province and its utilizing prospect

金丝桃属二种植物叶挥发油化学成分的研究

Analysis of the Chemical Constituents of the Essential Oils from the Leaves of Two Hypericum Plants

目的：搞清贵州金丝桃属药用植物资源情况。

Objective : To gain a clear idea on the resources of medicinal plant Hypericum in Guizhou .

金丝桃属植物研究进展

Advances in Hypericum Researches

金丝桃属植物的生物学研究动态

Research tendancy in Hypericum

据报道，金丝桃属植物的金丝桃素类化合物贮存于其分泌结构内。

It is reported that the hypericin and its derivatives in Hypericum are accumulated in a secretory structure .

目的：为20种药用金丝桃属植物的显微鉴定提供解剖学依据。

Objective : To provide anatomical evidences for the morphological and histological identification of 20 medicinal species in Hypericum .

经过实地考察，采集并鉴定金丝桃属植物21种，其中药用种15种。

21 wild species of this genus had been collected and identified , of which 15 species are pharmaceutical plants .

目的：比较金丝桃属药用植物中金丝桃苷含量，为筛选新的药用品种以及为定量评价提供参考依据。

Objective : To compare the content of hyperin in Hypericum medicinal plants . Methods : HPLC method was established .

方法：用整体透明法、石蜡制片法和半薄切片法对20种药用金丝桃属植物不同器官进行形态解剖学研究。

Method : Morphological and anatomical study on the organs of 20 medicinal species in Hypericum using tissue clearing , paraffin sectioning and thin sectioning .

金丝桃属的任何一种植物，花黄色，叶有明显的斑点；传统上在施洗约翰节前夕采集，用以避邪。

Any of numerous plants of the genus Hypericum having yellow flowers and transparently dotted leaves ; traditionally gathered on St John 's eve to ward off evil .

调查研究了川产金丝桃属药用植物的资源概况，总结出川产5组22种金丝桃属药用植物的品种、分布及药用情况。

Survey on the botanical resources in Sichuan province has been conducted . It is concluded that 22 species in 5 sections of Hypericum are for medicinal use .

方法对金丝桃属中6种植物叶片进行解剖学研究：观察透明材料，组织化学实验和观察石蜡切片。研究分泌结构在各种植物叶片中的分布和结构特征。

Methods Anatomical researches into the leaves of six species of Hypericum including transparent material , tissue chemistry experiment and paraffin section to study the distribution and structure of secretory structures .

本文首先综述了金丝桃属植物的系统分类及资源、形态解剖学、化学成分和药理临床研究进展。

In the first part of the dissertation is a summary of advances in the studies of systematic and resources , morphological anatomy , chemical composition , pharmacology and clinical medicine in Hypericum .

对国内外关于金丝桃属植物的研究和开发进行了综述，并根据目前国内该属植物开发研究的实际情况，对我国金丝桃属植物的研究和开发提出一些建议。

In this paper , an overview was made on studies of medical plants in genus Hypericum , and some suggestions were provided on studies and applications of medical plants of the genus in China .

本文对国产金丝桃属植物进行了较系统的生药学研究，包括文献查考、资源调查、组织形态学研究、理化鉴别、药材质量评价以及抗抑郁活性研究等。

This dissertation deals with a systematic Pharmacognosical studies on 16 species of Hypericum including survey on the resources , histological identification , physiochemical identification , quality assessing of main medicinal species and their antidepressant activities .

建立了元宝草中主要活性成分金丝桃素的HPLC定量分析方法。本方法有良好的重现性及精密性，为金丝桃属植物的金丝桃素质量控制提供了检测方法。

The method developed for quantitative analysis of hypericin in H. sampsonii by HPLC has good reproducibility and accuracy .