MUSAP is an extraction Polygonatum officinale root and rhizome.

MUSAP是从玉竹的根和根茎中提取出来的产品。

Objective:To analysis the composition in Polygonatum Cyrtonema Hua at Rhizoma and Fibrous Root.

目的：黄精根茎与须根相关成分分析。

With the ISSR and microscopic method, Polygonatum odoratum and its counterfeit P. humile could be identified.

通过显微鉴定以及ISSR标记法可以将玉竹及其主要掺伪品区分开。

The triterpene saponin, pseudo-ginsenoside F11, was isolated from the fresh rhizomes of Polygonatum kingianum.

从滇黄精新鲜根茎中首次分离得到一个三萜皂苷，拟人参皂苷-F11。

OBJECTIVE To investigate the effect of Polygonatum polysaccharide eyedrops 0.8% on conjunctiva in experimental dry eye.

目的观察0.8%黄精多糖滴眼液对实验性干眼症模型结膜的影响。

Objective: To compare the contents of trace elements and amino acids in Rhizoma Polygonatum derived from different places.

目的：比较不同产地黄精中微量元素及氨基酸的含量。

CONCLUSION Polygonatum polysaccharide eyedrops 0.8 % could be effect on improvement of conjunctiva in experimental dry eye.

结论0.8%黄精多糖滴眼液对实验性干眼症结膜有明显改善作用。

Those studies accumulate experimental data for studies on leaf development of whorled leaf and alternate leaf in Polygonatum Mill.

该研究为黄精属互生叶类和轮生叶类植物的叶片发育研究积累了实验资料。

These characters provide experimental evidence for division of species and systematic evolution relationships of Polygonatum Mill .

上述特征为黄精属植物种的划分及系统演化关系的探讨提供实验证据。

AIM To investigate the effects of polygonatum polysaccharide on telomerase activity in brain tissue of experimental alzheimers disease mice.

目的探讨黄精多糖对实验性阿尔采末病小鼠脑组织端粒酶活性的影响。

Methods To review and summarize the relative literatures on Polygonatum plant for the categories identification and the resources distribution etc.

方法文献查阅黄精种类识别、资源分布等方面的研究报道。

The article reports the plant morphological, phirmacognostical, histological characters and chemical constituents of 17 Species of medicinal plants from genus Polygonatum.

本文对黄精属17种药用植物从植物形态、生药性状、组织特征以及化学成分等进行了系统的比较研究；

Although the spin slice polygonatum slice machine is designed for polygonatum, it can also be used in other relational field. It 's main characteristic is high efficiency.

这里设计的旋切式湘玉竹切片机，虽然是针对湘玉竹而进行的设计，但也可以用到其它的相关领域，其主要特点是效率较高。