TLC was used for differentiating the radix astragali, notoginseng radix, ligustici, pieplant and so on in the prescription.
采用薄层色谱方法定性鉴别处方中黄芪、三七、川芎、大黄等药材。
Walking back to camp that evening, Gingerich and his team passed a group of village children playing dice with the astragali of a goat.
那天傍晚，在回营地的途中，金格·里奇和团队路过一个村庄，孩子们正用山羊踝骨玩骰子游戏。
Conclusion: the microwave technique could be a better method for polysaccharides extraction in the Radix astragali.
结论：微波辅助提取时间短、有效成分提取率高，可用于黄芪多糖的提取工艺。
AIM: to observe the influences of radix astragali (ra) against the apoptosis of nerve cells, so as to study the effect of ra in protecting brain during the period of acute cerebral ischemia.
目的：通过观察黄芪对抗神经细胞凋亡的影响，研究黄芪在脑缺血急性期的脑保护作用。
Optimizing the best extracting process for Radix astragali.
目的优选黄芪最佳提取工艺条件。
Objective To evaluate the effect of radix astragali in antiaging.
目的研究黄芪的抗衰老作用及作用机制。
Objective】Optimizing the best extracting process for Radix astragali.
目的优选黄芪最佳提取工艺条件。
Objective:To compare the contents of flavonoids in radix astragali tap root and lateral root.
目的：比较黄芪药材主、侧根中黄酮类的含量。
Objective: To observe the effect of radix astragali injection on children with viral myocarditis(VMC).
目的：观察黄芪注射液佐治小儿病毒性心肌炎的临床疗效。
Conclusion: The internal standard method is accurate and reproducible, and suitable for quality control of radix astragali.
结论：建立的内标法准确度高，重复性好，是控制黄芪药材质量的较理想方法。
An experimental observation of inhibition effect of injectio radix astragali on epidemic hemorrhagic fever virus is reported.
观察了黄芪注射液对流行性出血热病毒(EHF . V)的抑制作用。
Method: TLC was used for differentiating the radix astragali, notoginseng radix, ligustici, pieplant and so on in the prescription.
方法：采用薄层色谱方法定性鉴别处方中黄芪、三七、川芎、大黄等药材。
The invention discloses a low-molecular-weight glucan, characterized in that the glucan is obtained by separating from radix astragali.
本发明公开一种低分子量葡聚糖，其特征在于，其是从黄芪中分离得到的。
CONCLUSION the study is helpful for the quality control of Radix astragali, also can effectively distinguish Radix astragali from other samples.
结论本研究将有助于加强黄芪药材的质量控制，能够有效的区分黄芪药材同其他相关样品。
Conclusion: improving cellular immune function and modifying apoptosis may be the mechanisms of radix astragali in improving renal function for uremic patients.
结论：黄芪能改善尿毒症患者的肾功能，提高患者的细胞免疫功能及减慢患者的细胞凋亡是其可能的机制之一。
AIM to observe the clinical effect of radix astragali on patients with cardiovascular disease so as to provide scientific basis for correct clinical application.
目的：观察黄芪对心血管疾病患者的临床作用，为该药材在临床上的正确使用提供科学根据。
The invention relates to a radix astragali pharmaceutical preparation, in particular to a method for preparing a radix astragali total saponin sodium chloride injection.
本发明涉及一种黄芪医药制剂，具体为一种黄芪总皂苷氯化钠注射液的制备方法。
METHODS Radix polygoni multiflori praeparatacum succo glycines sotae, Radix paeoniae alba, Radix astragali and Herba epimedii in Ruanmailing oral liquid was identified by TLC;
方法用薄层色谱法对处方中制何首乌、白芍、黄芪和淫羊藿进行定性鉴别；
AIM: To study the effect of Radix Astragali injection on the airway reactivity.
目的：探讨黄芪注射液降低气道反应性的作用。
Objective To optimize the preparation technology of Radix Astragali oral liquid.
目的优选黄芪口服液的制备工艺。
OBJECTIVE To remove the residues of organochlorine pesticide in Radix Astragali.
目的去除黄芪中残留的有机氯农药。
Method Radix Astragali, Herb Leonuri and Rhizoma Chunxio ng were identified by TLC.
方法采用薄层色谱法鉴别黄芪、益母草、川芎。
This paper is to introduce Radix Astragali cultivation techniques in the planted ginseng field.
本文介绍在栽参后的老参地里，栽培黄芪的技术。
Objective To study the best processing methods of Radix Astragali and Radix Astragali preparata.
目的研究黄芪、炙黄芪的炮制工艺。
Result: There was Radix Astragali, Resina Draconis and Herba Epimedii in the identification of TLC.
结果：在TLC鉴别中均能检出黄芪、龙血竭、淫羊藿；
Objective: To Analyze the saponins in Radix Astragali cultivated in the Yichun north green TCM base.
目的：对伊春市北方绿色基地栽培黄芪中皂苷类成分进行成分分析。
Result Bulbus Fritillariae Thunbergii, Radix Paeoniae Alba, Radix Astragali could be detected by TLC.
结果在TLC色谱中检出浙贝母、白芍、黄芪。
OBJECTIVE:To investigate the quality of injectio Astragali produced in different pharmaceutical factories.
前言： 目的：考察不同厂家黄芪注射液的内在质量。
OBJECTIVE To research the optimal process of ultrahigh pressure extraction (UPE) of Saponin from Radix Astragali.
目的研究超高压提取黄芪药材中皂苷类成分的最佳工艺。
OBJECTIVE To research the optimal process of ultrahigh pressure extraction (UPE) of Saponin from Radix Astragali.
目的研究超高压提取黄芪药材中皂苷类成分的最佳工艺。
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