您要查找的是不是：
- Rabdosia phyllostachysn. 叶穗香茶菜
- Rabdosia rubescens ( Hemsl ).Hara. 冬凌草
- Rabdosia rubescens (Hemsl). Hara. 冬凌草
- Rabdosia rubescens(Hemsl.) Hara. 冬凌草
- Any of several Asian bamboos of the genus Phyllostachys. 紫竹，苦竹一种亚洲竹科紫竹属
- A survey and pharmaceutical prospects of Rabdosia species. 香茶菜属植物的研究概况及药用前景展望.
- Introduction Trial with Phyllostachys kwangsiensis W.Hsiung Dai et al. 假毛竹引种栽培技术研究。
- Oligia vulgaris (Butler) is a main pest of Phyllostachys pubescens in Fujian . 竹笋禾夜蛾Oligia vulgaris(Butler)是福建省竹林的重要害虫之一。
- The bamboo species attacked reaches 17 with Phyllostachys praecox being worst. 该病已成为竹子发展的一个限制性因子之一。
- Amino acid content of each part of winter shoot and spring shoot of phyllostachys pubessens was determined. 在毛竹冬笋和春笋两个不同生长时期，对笋体各部位氨基酸含量进行测定分析。
- Content of oridonin in Rabdosia rubescens was 0.6152%, and the average recovery was 97.86% with RSD of 2.14%. 测得冬凌草叶中冬凌草甲素含量为0.;6152%25，平均回收率为97
- Bamboo shoot early harvesting and high yielding cultivation technology of Phyllostachys praecox f. Preveralis. 雷竹提早出笋高产技术。
- ObjectiveTo study the extracting technology and content of flavonoids of Rabdosia rubescens(Hemsl.) Hara. 目的研究冬凌草中总黄酮的提取工艺并测定总黄酮的含量。
- The activity of DNase from Phyllostachys pubescens shoots may be inhibited by ATP and other adenine nucleotides. 毛竹脱氧核糖核酸酶(DNase)活力能被ATP和其它一些腺苷酸抑制。
- RESULTS Content of oridonin in Rabdosia rubescens was 0.6152%, and the average recovery was 97.86% with RSD of 2.14%. 结果测得冬凌草叶中冬凌草甲素含量为0.;6152%25，平均回收率为97
- Ten accessions representing five grass genera (Oryza, Zea, Setaria, Triticum, and Phyllostachys) were used. 根据遗传距离建立了一个聚类树。
- Objective:To establish quality standards for safe and correct use of Rabdosia lophanthoides. 目的：为了用药安全和准确，建立溪黄草质量标准。
- RESULTS Content of oridonin in Rabdosia rubescens was 0.6152%,and the average recovery was 97.86% with RSD of 2.14%. 结果测得冬凌草叶中冬凌草甲素含量为0.;6152%25;平均回收率为97
- With RAPD molecular markers,19 cultivars and 2 affinis species of? Phyllostachys praecox? were analysed. 对雷竹的 1 9个栽培类型及 2个近缘种进行了RAPD分析。
- Objective:To isolate and elucidate the chemical constituents in the roots of Rabdosia japonica. 目的:分离鉴定蓝萼香茶菜根化学成分。
