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- Objective:We observed the antifungal effect of extraction from Polygonatum sibiricum Redoute and Zingiber officinale Rosc. 目的:观察黄精和生姜提取物抗真菌效果。
- Polygonatum Sibiricum Redoute Polysaccharide(PSP) 黄精多糖
- Officinal value and planting technique of Mountain Tai Polygonatum Sibiricum Redout 泰山黄精药用价值和栽培技术
- Polygonatum sibiricum Redoute [医] 鸡头黄精
- Objective: Study the influence of polygonatum sibiricum polysaccharide (PSP) on the life spans of silkworm. 摘要目的：观察黄精粗多糖(PSP)对家蚕寿命的影响。
- Objective: To identify Polygonatum sibiricum and its fake called P.cirrhifolium,and set up a new method. 目的:鉴别中药黄精和卷叶黄精,探索中药鉴别的新方法。
- Objective: Study the influence of polygonatum sibiricum polysaccharide(PSP)on the life spans of silkworm. 目的:观察黄精粗多糖(PSP)对家蚕寿命的影响。
- Polygonatum Polysaccharides (PP) exists particularly in Polygonatum Sibiricum Red (PSR), which not only is food, but is Chinese traditional medicine. 黄精多糖是“药食同源”植物黄精中特有的活性成分之一,药理研究证明,黄精多糖有降血糖、降血压、调脂等生理功能。
- Conclusion:As a chinese herbal medicine with important medical and edible values,Polygonatum sibiricum Red.should be developed and ex... 结论:从微量元素角度分析,泰山黄精是极具开发价值的药食两用的中草药。
- Abstract：ObjectiveCarry out identifying a distinction to the Polygonatum sibiricum and Polygonatum odoratum collected from Mount Laoshan. 目的对崂山采集到的黄精与玉竹进行鉴别。
- Then this technique was used the extraction Polysaccharides in polygonatum sibiricum red of mount tai.Whose contents were assayed by the anthrone-sulfufic acid method. 通过正交试验确定了微波提取的最佳工艺参数，并采用蒽酮-硫酸法测定所得黄精多糖的含量。
- The effect of PSP is the same as vitamine E.Conclusion: PSP is the important anti-aging active site of polygonatum sibiricum redoute.It is worth studying further. 结论：PSP是黄精抗衰老作用的重要活性成分，具有进一步研究开发的价值。
- The polysaccharides extraction in polygonatum sibiricum red of mount tai. by microwave technique in order to preserve activity and improve the extracting rate. 为保持泰山黄精多糖的生物活性,提高得率,在水提醇沉法的基础上,采用微波技术对泰山黄精多糖进行了提取。
- Polygonatum sibiricum Delar. 黄精
- Polygonatum sibiricum Red. 泰山黄精
- Results show that 90.7% of the 42 species examined are more or less colonized by AM fungi.In the roots of Erysimum bungei, Polygonatum sibiricum and Allium mongolicum, AM fungi is not detected. 结果表明：在调查的42种植物中，有90.;7%25的种类根系不同程度地受到AM真菌侵染，仅糖芥、玉竹、沙葱根系中没有观察到AM真菌结构。
- polygonatum sibiricum polysaccharide 黄精粗多糖
- polygonatum sibiricum polysaccharides 黄精多糖
- Polygonaturm sibiricum Redoute 黄精
- Polysaccharides from Polygonatum sibiricum and their immunological activities 黄精中的多糖组分及其免疫活性
