药材

yào cái
  • medicinal materials;crude drugs
药材药材
药材 [yào cái]
  • [medicinal meterials;crude drugs] 可供制药的原料;未经加工或未制成成品的中药原料

药材[yào cái]
  1. 中药材市场存在假劣品的非技术原因有三方面。

    Non-technical causes of fakes existing in Chinese medicinal materials markets come from three aspects .

  2. 植物药材总DNA提取

    Isolation of total DNA from Plant Chinese medicinal materials

  3. 树叶、树皮和树汁也是当地草药的常用药材。

    The leaves , bark and sap are also common ingredients of local herbal remedies .

  4. 从食物到药材,到再生营养物质,真菌对地球上的生命来说至关重要。

    From foods to medicines , to recycling nutrients1 – fungi2 are vital for life on Earth .

  5. 不同种类中药材的DNA提取方法

    The methods for DNA extraction from various kinds of Chinese traditional medicines

  6. 药用植物次生代谢与中药材GAP

    Secondary metabolism of Medicinal Plants and GAP of Chinese Medicinal Crops

  7. 我国的卫生杀虫剂中药材黄芪GAP标准操作规程

    Public health insecticide of China Standard operating procedure for Astragalus membranaceus

  8. 湖南省中药材GAP基地土壤的肥力测定

    Determination of soil fertility in Chinese medicinal material gap bases in Hunan

  9. 中药材GAP种植基地建设探讨

    A Discussion on Construction of GAP Cultivation Bases of Chinese Medicinal Materials

  10. 中药材标准指纹图谱制订与GAP实施

    Formulation of Fingerprint Chromatograms of Chinese Medicinal Materials and Implementation of GAP

  11. 我国中药材GAP种植的特点及问题

    The Characters and Problems of Chinese GAP Cultivation of Traditional Medical Material

  12. HPLC法同时测定淫羊藿药材中的5个黄酮类成分

    Simultaneous determination of five flavone constituents in Epimedium Brevicornum by HPLC

  13. 不同来源黄芩药材HPLC指纹图谱比较

    Comparative study on HPLC-FPS of Radix Scutellariae of various sources

  14. 内蒙古自治区优质蒙药材生产及GAP示范基地建设

    Production of Genuine Mongolian Crude Drugs and Construction of GAP Demonstration Bases in Inner Mongolia Autonomous Region

  15. 淫羊藿药材HPLC、IR指纹图谱法鉴别和质量研究

    Studies on Identification with HPLC 、 IR Fingerprinting and Quality of Herba Epimedii

  16. 柱前衍生化HPLC测定中药材氨基酸的含量

    Determination of Amino Acids in Chinese Medicinal Materials by HPLC with Pre-column Derivation

  17. 目的:采用HPLC法建立覆盆子药材的指纹图谱。

    Objective : To study on be HPLC fingerprinting of Fupenzi crude drugs .

  18. 中药材DNA分子标记研究的技术问题Ⅱ.RAPD实验技术和方法学论述

    Some technical problems in studies on DNA markers of Chinese materia medica ⅱ Discussing on RAPD technology and methodology

  19. RAPD技术在干品中药材鉴别研究中的应用

    Application of RAPD Technique to Identification of Dried Chinese Medicinal Herbs

  20. 目的:以川芎药材中主要药效成分为指标物质,建立一个可以用于评价和控制川芎药材质量的HPLC方法。

    Objective : To establish an HPLC method for evaluating and controlling the quality of Chuanxiong medicine material .

  21. 当归药材道地性的RAPD分析

    Analysis on Genuineness of Angelica sinensis by RAPD

  22. RP-HPLC测定民族药材白花丹不同药用部位中白花丹醌的含量

    Determination of plumbagin in different parts of Plumbago zeylanica by RP-HPLC

  23. RP-HPLC法测定中药材黄柏中小檗碱的含量

    RP-HPLC Determination of Berberine in Cortex Phellodendri

  24. 分析结果表明,粉末X射线衍射Fourier指纹图谱分析方法可以用于传统中药材的鉴定与质量控制。

    The Fourier Fingerprint Patterns and characteristic diffraction peaks can be used for identification and quality control of Traditional Chinese Medicine .

  25. 方法:采用GCMS对组方中每味药材所含挥发油的主要成分进行追踪。

    Methods : The main compositions of volatile oil contained by every herb in prescription were followed up by GC MS.

  26. 通过构建优质、道地、珍稀中药材DNA分子标记与基因文库,实现中药的防伪;

    Realizes the Chinese herbal medicine ′ s anti-counterfeit through structuring the premium , genuine and rare traditional Chinese medicine ′ s DNA mark and gene library ;

  27. 不同产地广佛手药材HPLC指纹图谱的研究九广铁路公司暨地下铁路公司主席兼行政总裁

    HPLC fingerprint of Fructus Citri Sarcodactylis from Guangdong province " Chairman-cum-Chief Executive , Kowloon-Canton Railway Corporation and Mass Transit Railway Corporation "

  28. 目的采用HPLC方法测定三七药材中人参皂苷Rg1和三七皂苷R1的含量。

    OBJECTIVE To determine ginsenosides-Rg_1 and saponins-R_1 in Radix Notoginseng by HPLC method .

  29. 五味子药材RP-HPLC指纹图谱及其共有模式的建立

    Establishment of the chromatography fingerprint of Fructus schisandrae Chinensis and its common pattern by RP-HPLC

  30. 方法:采用热分析方法(TG,DTA)对9种贝母类中药材的热重/差热图谱进行分析。

    Method : The thermograms and differential thermograms of nine Fritillaria powders were obtained by thermal analyzer .