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- Fargesia cuspidatan. 尖尾箭竹
- Two New Taxanes from Taxus cuspidata Needles and T. canadensis Rooted Cuttings. 第九届全国中药和天然药物学术研讨会论文集.
- Ravine Tall ancient trees stand Fargesia resentment, but it is a terrorist in the world away from the Strip. 黑竹沟古木参天,箭竹丛生,但却是一个令世人望而却步的恐怖地带。
- Dormancy mechanism and relieving techniques of seeds of Taxus cuspidata Sieb. Et Zucc. 东北红豆杉种子休眠机理与解除技术探讨。
- But the addition of the rare earth compound could not strengthen further taxol release in the twoliquid-phase cultures of Taxus cuspidata. 但在东北红豆杉细胞两液相培养中,稀土化合物加入不能进一步促进紫杉醇的释放。
- The taxol release of Taxus Cuspidata cell suspension culture were studied by addition of rare earth element Ce compounds. 通过对东北红豆杉细胞紫杉醇短期释放行为的研究,发现细胞内外紫杉醇的分布均呈振荡变化。
- The addition of rare earth element compounds would be an effective means to set up a new stain of Taxus Cuspidata secreting taxol. 对如何使东北红豆杉细胞转化为紫杉醇分泌型细胞进行理论性的探讨。
- The paelitaxel yield of Fusarium mairei arid Taxus cuspidata cell lines increased 29 times and 3.5 times with the coupling cultivation, respectively. 经耦合培养,两种细胞的紫杉醇产量均有不同程度的提高,美丽镰刀菌达29倍,相应的东北红豆衫悬浮细胞增加了3.;5倍。
- Fargesia spp. 箭竹
- Fargesia denudata, which composed a major layer under Abies faxoniana forests, was one of the favorite staple bamboos for the Giant Panda, and was distributed mainly in the Mt. Minshan ranges. 缺苞箭竹是大熊猫最喜食的竹种之一,主要分布于四川的岷山山系,构成冷杉林下的主要层片。
- The relationships between apoptosis and taxol production of Taxus cuspidata cells cultured in coupling medium composed of oleic acid, as organic phase, and improved B5 medium were studied. 摘要以油酸作为有机相与改良B5液体培养基组成耦合培养体系,研究了在该体系中悬浮培养的红豆杉细胞凋亡与紫杉醇含量的关系。
- Fargesia nitida ramet population 华西箭竹分株种群
- Fargesia nivalis Yi et J. Y. Shi 雪竹
- Fargesia qinlingensis Yi et J. X. Shao 秦岭箭竹
- umbrella bamboo (Fargesia robusta) 拐棍竹
- Remnant stake of Umbrella bamboo(Fargesia mbusta) 拐棍竹残桩
- Calliergonella cuspidata ( Hedw. ) Loeske 大湿原藓
- Studies on chemical constituents in heartwood of Taxus cuspidata 东北红豆杉心材化学成分的研究
- Fargesia yunnanensis Hsueh et Yi f. detersa Yi et J. Y.Shi 脱毛昆明实心竹
- Physiological Characteristics of Two Endophytes for Taxus cuspidata 两株东北红豆杉内生真菌的生理特性