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- Lagerstroemia speciosa ( Linn. ) Pers. 大花紫薇
- The DL spectrum of Lagerstroemia speciosa lamin a is more complex than the fluorescence spectrum of exsomatize chlorophyll and t he former contains more physiological message. 叶片的延迟发光光谱比离体叶绿素荧光光谱复杂,延迟发光光谱包含有更多的生理学信息。
- Meth-ods The leaves of Cinnamomum Burmanii,Lagerstroemia speciosa and Mangifera indica L were sampled in May(spring),Aug(summer),Oct(autumn )and Dec(winter),2001respectively. 方法于2001年5月(春)、8月(夏)、10月(秋)和12月(冬)采集A市阴香、大叶紫薇和芒果叶片,并于2001年12月采集黄葛榕树皮、树枝、叶片,以原子吸收分光光度法测定样品铅含量。
- Influence of several factors on germination of Lagerstroemia speciosa seeds 几种因素对大花紫薇种子萌发的影响
- Keywords Lagerstroemia speciosa;Seed;Protein;Amino acid;Nutritional evaluation; 大叶紫薇;果仁;蛋白质;氨基酸;营养评价;
- Research advances in the chemical composition and physiological function on Lagerstroemia speciosa 大叶紫薇的化学成分和生理功能研究进展
- Analysis of the Protein and Amino Acid Contents in the Seed of Lagerstroemia speciosa 大叶紫薇果仁蛋白质和氨基酸的分析研究
- lagerstroemia speciosa 大花紫薇
- Alpinia speciosa(Wendl.)K.Schum. 艳山姜
- Sinningia speciosa Benth.et Hook. 大岩桐
- Banaba(Lagerstroemia specios) belongs to family Lythraceae. 大叶紫薇(Lagerstroemia specious L.;)
- Tissue Culture and Rapid Propagation of Millettia speciosa Champ. 牛大力的组织培养和快速繁殖。
- The chief fermentation conditions of Chaenomeles speciosa S. 对宣木瓜酒主发酵条件采用了正交实验法进行优化。
- Isolation and Identification of Ursolic Acid from Lagerstroemia specious L. 大叶紫薇叶中熊果酸的分离纯化及结构。
- Studies on Pollinating Habit and Pollen Tube Growth Course of Lagerstroemia indica L. 紫薇受粉习性及花粉管生长的研究。
- Study on the Antioxidant Activity of the Extract of the Leaves of Lagerstroemia specious L. 大叶紫薇叶提取物抗氧化性能的研究。
- The article is mainly to describe flowering and bearing habit of Chinese flowering quince [Chaenomeles speciosa (Sweet) Nakai] in Changyang], Hubei. 摘要对长阳所产皱皮木瓜的开花结果习性作了形态上的描述。
- The procedure of thin layer chromatography-spectrophotometry analysis of total triterpene in Lagerstroemia specious L. 采用薄层色谱分离-分光光度法测定大叶紫薇叶中的总三萜含量。
- Aim To determine polysaccharide Contents in chaenomeles speciosa(Sweet) Nakai with three different textures. 目的考察三种不同质地木瓜中多糖含量,为木瓜的临床合理应用和质量评价提供科学依据。
- The Selection on the Best Length for the Bud Propagation and Shoot Length Growth of Chaenomeles speciosa(Sweet)Nakai C. 与相似的文献。