显微鉴别

方法显微鉴别法、薄层色谱法、HPLC法。

Methods Microscopic identification , TLC , HPLC were used .

西草药的显微鉴别研究Ⅰ&3种紫锥菊根的显微鉴别

Microscopic identification study of western herbs part ⅰ: Three Echinacea-species roots

结果：1、通性状鉴别，显微鉴别，理化鉴别，薄层鉴别等技术，结合HPLC指纹图谱对黄柏主要成分的含量进行测定。

We did character identification , micro-identification , physical chemistry identification , and lamellar identification were combined with HPLC fingerprints which determined the content of the main compounds at the same time . 2 .

采用性状鉴别、显微鉴别、成分的理化鉴别及HPCL鉴别等方法，对五加科植物西洋参茎、叶进行系统的生药学研究。

Pharmacognosy characters of the stems and leaves of American genseng ( Panax quinquefolium ) were studied by feature and microscopical identification , physical and chemical identification of the components , and HPCL method .

常用70种维吾尔药材粉末显微鉴别主要特征

The Main Micro-characteristics of 70 kinds of Uygur Medicine Powder

方法：采用显微鉴别法对处方中茯苓进行鉴别；

Methods : Poria in this prescription was identified by microscopic examination ;

方法：利用显微鉴别及理化鉴别方法对蒙药巴特尔&7丸进行定性研究。

Methods : Micro identification and physical and chemical identification were used .

目的：探索虫类药材的显微鉴别特征和方法。

Objective : To seek microstructure characters and method of insect material medicines .

253种中药材粉末显微鉴别主要特征

The Main Microscopic Characteristics of 253 Chinese Drugs Powder

结论：显微鉴别用于朱砂鉴别较好。

Conclusion : the micro-identity is the better method to identify the cinnabar .

结果：显微鉴别可快速、准确检出朱砂伪品。

Result : the micro-identity could quickly and precise detect the false cinnabar .

7种鹿茸茸毛的显微鉴别及系统聚类分析

Microscopical Identification and Hierarchical Cluster Analysis of Seven Kinds of Pilose Antler Velvet

熊胆和牛黄的显微鉴别

Distinguishment of Cow-Bezoar and Bear Gall Powder with Microscope

20种药用金丝桃属植物的显微鉴别

Morphological identification of 20 medicinal species in Hypericum

方法：性状鉴别、显微鉴别。

Method : By descriptions and microscopic identification .

吉林省栽培淡紫松果菊果实和根的性状及显微鉴别研究

Microscopic Identification of Cultivated Echinacea pallida ′ s Root and Fruit from Jilin Province

目的研究柳茶的性状与显微鉴别特征。

OBJECTIVE To study the morphological and histological characters of Sibiraea augustata ( Rehd . )

中成药质量标准中显微鉴别项存在的问题及讨论

The problem and discussion of microscopical identification on quality standard of Chinese traditional patent medicine

目的观察绿衣枳壳的显微鉴别。

OBJECTIVE To identify Fructus Poncirus Trifliate .

蓝靛果忍冬性状与显微鉴别的研究蓝靛果汁拮抗环磷酰胺诱发小鼠骨髓细胞微核

Suppressing effects of Lonicera edulis juice on micronuclei of bone marrow induced by cyclophosphamide in mice

方法：应用药材性状鉴别、显微鉴别及理化鉴别法鉴定。

Method : Characteristic identification , microscopic identification and the physics and chemistry distinguishing were used .

方法：对上述两种金沸草进行显微鉴别研究。

METHODS : Microscopical identification was carried out on the stems and leaves of above two species .

方法：采用性状、理化鉴别、含量测定、显微鉴别等法对比。

Method : the description , physical chemistry identity , assaying and micro-identity was used in test .

方法性状鉴别、显微鉴别、薄层色谱鉴别及聚类分析法比较。

Methods Pharmacognostical studies were carried out through morphological , microscopic characteristics , TLC and clustering analysis .

结果：显微鉴别特征明显、薄层色普清晰，空白样品无干扰；

RESULTS : The micro character and thin layer chromatography was clear with no disturbance of negative sample .

方法：采用电子显微镜扫描技术和生物显微鉴别方法，观察当归超微粉和普通粉的生物特征。

Methods : Two kinds of powder were scanned by electron microscope and their biopharmacy microscopic characteristics were observed with microscope .

方法：采用性状鉴别，显微鉴别，扫描电镜观察和聚丙烯酰胺凝胶电泳分析。

Methods : In this study , trait identification , microscopical identification , scanning electron microscopical observation and gel electrophoresis were used .

结论：该属的内部分泌结构和解剖特征可以作为这20种药用植物的显微鉴别指标。

Conclusion : The secretory structures may be as anatomical evidences for the morphological and histological identification of 20 medicinal species in Hypericum .

本文对海参的品种基源、药材性状、显微鉴别主要特征等进行了研究，为海参资源开发、质量标准制订等方面提供参考依据。

The studies on origins , macrograph of crude drugs and main microscopic characteristics are provided for their resource developing and drug standardization .

结果利用显微鉴别可鉴别出妇康宁片中白芍、三七、香附、艾叶、当归；

Results Radix Paeoniae Alba , Radix Notoginseng , Rhizoma Cyperi Folimu Artemisiae Argyi and Radix Angelicae Sinensis can be identified by microscopic identification ;