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- Primula hookerin. 春花脆蒴报春
- Pterocephalus hookeri(C.B.Clarke)Hook. 翼首草
- Primula obconica-Is contact allergy on the decline? 四季樱草引起的接触变态反应在减少吗?
- New taxa of the genus Primula L. from Xizang. 西藏报春花属植物新类群.
- Tissue Culture and Rapid Propagation of Primula forrestii Balf. F. 灰岩皱叶报春的组织培养与快速繁殖。
- Tissue Culture and Rapid Propagation of Primula vialii Franch. 高穗花报春的组织培养和快速繁殖。
- Xiaoxiao Sasa stand upright on the side of peony Primula? 潇潇洒洒挺立于牡丹报春花之侧？
- Objective: To study the identification method o f Pterocephalus hookeri. 目的:研究翼首草药材的鉴别方法和质量标准。
- Purpose To qualify the composition of volatile oil from Pleurospermum hookeri. 目的对加哇挥发油的化学成分提取、分离后进行定性分析。
- Tissue Culture and Plantlet Regeneration of Primula forbesii Franch. 小报春的组织培养和植株再生。
- Title： New record of plants in Zhejiang:Primula merrilliana Schltr. 关键词：植物学;植物区系;新记录;安徽羽叶报春;浙江
- Objective: To study the chemical constituents of Primula sikkmensis Hook. 目的:研究钟花报春花的化学成分。
- Abstract Objective: To study the identification method o f Pterocephalus hookeri. 摘要目的:研究翼首草药材的鉴别方法和质量标准。
- Results Pterocephalus hookeri could significantly inhibit inflammation with lesser toxicity. 结果翼首草能显著地抑制炎症的产生;
- Objective To carry out an anti inflammatory study on, and an acute toxicity test with, Pterocephalus hookeri. 目的研究藏药翼首草的抗炎作用,并进行急毒实验。
- The results showed that these are good methods to indentify Nardostachys chinensis Batal.and Pterocephalus hookeri(C.B.Clarke)Huck. 结果表明:通过原植物、性状、显微、薄层色谱图研究能够很好地鉴定原植物。
- A central European primrose(Primula auricula)having large yellow flowers grouped in umbels. 樱草欧洲中部的报春花（耳状报春花），有由黄色大花簇成的伞状花序
- Two phenylpropanoids(1 and 2)were isolated from the fermentation extracts of commensal microbe of Maytenus hookeri(Streptomyces sp.3C). 从云南美登木共生放线菌菌株3C的发酵提取物中分离得到两个苯丙素类化合物1和2。
- An example is the S/ s gene, which determines pin( s) and thrum( S) style length in certain species of Primula. 例如报春属植物中决定花柱长短为针式型()还是线式型()的S/基因。
- The results showed that these are good methods to indentify Nardostachys chinensis Batal. and Pterocephalus hookeri（C.B.Clarke）Huck. 结果表明：通过原植物、性状、显微、薄层色谱图研究能够很好地鉴定原植物。
