1. Exogenous hormones in medium for propagation of Pyrus. spp plantlet caused endogenous hormones changed and led to subculture plantlet proliferating and growing. 砀山酥梨脱病毒苗培养基中添加外源激素能通过调节内源激素的含量,从而控制脱病毒苗的增殖和生长。
2. The dry matter storage and water soluble sugar content in P. communis rhizomes increased in quadratic with increasing age class. 随着龄级的增加,芦苇种群根茎的干物质贮量和水溶糖含量均呈二次曲线变化。
3. The results suggest that in the north drought region of China, there was much high potential of Ricinus communis as an energy plant. 可以认为,野生蓖麻的植株和种子中含油量都较高,抗旱性强,是一种有希望的野生能源植物。
4. Mazz. This suggested that Ricinus communis L. and Jatropha curcas L. may be the best potential wild energy plants because of their high oil content and good resistance. 麻疯树植株和种子含油量亦高,抗逆性最强,是有潜力的野生木本能源植物。
5. Furthermore, the membrane permeability of the leaves of Nodding Euphorbia (57. 02%) and Metaplexis japonica (58. 05%) was the highest, higher than that of Ricinus communis (18. 23%). 另外,萝藦(58。05%)与大地锦(57。02%)叶片的细胞质膜透性最高,其次是野生蓖麻(18。23%)。
网络释义
Pyrus Cydonia Seed Extract 榅桲籽提取物;
Pyrus Linn 梨属;
copula communis 基鳃骨;
commelina communis common dayflower dayflower herba commelinae 鸭跖草;