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- Synchytrium puerariae 葛拟锈病菌
- Pueraria thunbergiana auct. non Benth. [医] 野葛
- Cultivation and Exploitation of Pueraria sp. 葛的栽培与开发利用。
- Exploitation and Utilization of Pueraria DC. 葛藤的综合开发与利用。
- PRELIMINARY STUDY ON CHEMICAL CONSTITUENTS IN PUERARIA WALLCHII DC. 马鹿花化学成分研究初探。
- Advances in studies on chemical components of Pueraria DC. 葛根的化学成分研究。
- Rats in group B were fed with Pueraria lobata extract every day. 组每日灌服葛根提取液一次。
- Aim:To determine puerarin in Pueraria lobata from different areas. 目的：研究测定不同地区葛根中葛根素的含量差异。
- The daidzein in puerariae was separated and concentrated by solvent sublation. 本文采用溶剂浮选法对葛根中大豆甙元进行分离富集，并对所得产品进行鉴定。
- OBJECTIVE To search the best way to extract puerarin from Radix Puerariae. 目的:探讨葛根素的最佳提取工艺。
- Objective: The optimize the extraction technics of Pueraria Jiangtang Granule. 摘要目的：优选葛根降糖颗粒的最佳提取工艺。
- The biological characteristic, the macroscopic and feature and the disease development of Potato wart (Synchytrium endobioticum) in China have been further studied. 进一步较系统地研究了马铃薯癌肿病的生物学特性、宏观与微观危害特征及在我国的病害发展。
- Pueraria Lobate Ohwi is a kind of wild plant with medical and edible functions. 葛是药食两用的野生植物。
- Objective: To discuss the dispersible tablets preparation of radix puerariae isoflavone. 目的:探讨葛根异黄酮分散片的制备工艺。
- Result: the content of puerairin in radix puerariae was less 8~10 times than it in poison ivy. 结果粉葛根中葛根素的含量较野葛根低约8~10倍。
- Different digestion methods of Radix Puerariae have been studied, potassium was determined by ICP AES. 本文研究了葛根样品的不同消解方法 ;提出了用微波消解电感耦合等离子体发射光谱法 (ICP AES)测定葛根中微量元素钾的方法 .
- Methods: Radix Puerariae, Folium Perillae and Radix Aucklandiae in Shen Su tabelits were identified by TLC. 方法:采用TLC法鉴别葛根、紫苏叶、木香。
- Method: the HPLC and TLC were used to determine the content of puerarin in kudzuvine root and radix puerariae. 方法采用高效液相色谱及薄层色谱法对健脑益智合剂的研制及葛根与粉葛根所含葛根素的含量进行测定比较。
- Conclusion:HPLC fingerprint method is repeatable and can b e used in quality assessment of Radix Puerariae. 结论:HPLC指纹图谱法重现性好,可作为葛根的一项质控指标。
- AIM: To set up the method for adsorbing and separating total flavone in Radix Puerariae and in Folium Crataegi. 目的:研究大孔吸附树脂分离纯化葛根与山楂叶中总黄酮的工艺条件。
