您要查找的是不是:
- Selaginella mairei n. 狭叶卷柏
- Selaginella moellendorfii Hieron. 江南卷柏
- Selaginella pulvinata (Hook.et Grev.) Maxim. 垫状卷柏
- Selaginella doederleinii Hieron. 深绿卷柏
- Objective: To study the non-taxoids in the leaves of Taxus mairei. 目的:研究美丽红豆杉针叶中的化学成分。
- The dormancy mechanism of Taxus chinensis var. mairei seeds wad studied. 摘要对南方红豆杉种子休眠原因进行研究。
- Chinese Yew and Mairei Yew can be easily differentiated from Yunnan Yew through the texture of its leaf. 中国红豆杉和美丽红豆杉可以通过叶子的质地与云南红豆杉区分开。
- The endophytic mycelia exists in the local cells of velamina in the roots of Taxus chinensis var. mairei. 内生真菌分布于红豆杉根被细胞,并只在一定区域细胞中分布。
- Objective To establish an effective qualitative discrimination method for Selaginella medicinal materials. 摘要目的对卷柏属药材建立有效的定性鉴别方法。
- Objective: To study the distribution of flavonoids among the plants for medicinal use of Selaginella . 目的:研究黄酮类化合物在11种卷柏属药用植物中的分布。
- Objective To study the root microstructure and the distribution of the endophytic fungi in Taxus chinensis var. mairei. 摘要目的研究南方红豆杉根的显微结构及其内生真菌的分布。
- Conclusion The method can help to control the quality of Selaginella moellendorfii Tablet. 结论该方法有助于控制江南卷柏片的质量。
- Methods The roots of Taxus chinensis var. mairei at nature were cut with paraffin, dyed and observed by microscope. 方法取自然生长状态下南方红豆杉根,石蜡切片光学显微观察并照相。
- In plants, trabeculae may be found in Selaginella stems, where they suspend the steles in large air spaces. 植物中,卷柏的茎内具有横隔,将中柱分隔为多个气腔。
- OBJECTIVE: To determine the content of the Amentoflavone in Selaginella tamariscina from Guizhou and Hunan by RP-HPLC. 目的:建立以反相高效液相色谱法测定贵州、湖南卷柏中穗花杉双黄酮含量的方法。
- Method: Fourteen species of Selaginella were observed and photographed with Scanning Electron Microscope. 方法:应用扫描电子显微镜对卷柏属14种植物的小孢子进行了观察。
- Results The secondary structure of the roots of Taxus chinensis var. mairei consisted of the periderm and vascular cylinder (stele). 结果南方红豆杉根的次生结构由周皮和维管系统组成,次生木质部由轴向系统和径向系统两部分构成。
- This paper examined conditions for breaking dormancy of Taxus mairei (Lemee &Levl.) S.Y.Hu seeds by warm and cold stratification. 摘要本文旨在探讨利用暖温和低温层积二种处理破除台湾红豆杉种子的深度休眠,使种子顺利发芽。
- Results The secondary structure of the roots of Taxus chinensis var. mairei consisted of the periderm and vascular cylinder(stele). 结果 南方红豆杉根的次生结构由周皮和维管系统组成,次生木质部由轴向系统和径向系统两部分构成。
- Selaginella broadly distributes in the mixed and pure forests, and it holds an important position among understory vegetations. 卷柏是地被层的唯一植物,在侧柏纯林和混交林中分布都很广,在林下植物中占有重要地位。