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- Commercial rubber comes from the latex of the rubber plants Ficus elastica and Hevea brasiliensis. 商业橡胶来自橡皮树和三叶橡胶树。
- Ficus elastica Roxb. 橡皮树
- Except fresh weight, AC could significantly strengthen the other characters of the Busa cavendishii, but could not apparently strengthen the other characters of the Ficus elastica. 除鲜重外,活性炭对香蕉有促进作用,但对橡皮树作用不大。
- the colored-leaf varieties of Ficus elastica 印度橡胶榕彩叶栽培种
- Studies on the Tissue Culture of Ficus elastica var. Variegata 花叶橡皮树的组织培养研究
- In vitro Propagation of Ficus elastica Roxb.'Schryveriana' 富贵榕的离体快繁
- Tissue Culture and Rapid Propagation of Ficus elastica 橡皮树的组织培养及快速繁殖
- The new attempt of slice production of leaf and stem of Ficus elastica Roxb 印度胶树茎、叶制片新尝试
- The Rapid Propagation of Ficus elastica and the Management of Test-tube Plantlets Transplant in Greenhouse 橡皮树的快速繁殖及试管苗温室移栽管理
- Difference of Chlorophyll Fluorescence in Micropropagated Ficus elastica Plantlets of Mini-cutting Type and Organ Type 不同增殖类型橡皮树试管苗的叶绿素荧光特性
- EFFECTS OF THE COMPOSITION OF NUTRIWEN SOLUTION AND ITS PHYSICAL AND CHEMICAL PROPERTIES ON THE GROWTH OF FICUS ELASTICA 营养液的组成及理化性质对红榕生长的影响
- Ficus elastica Roxb 印度胶榕
- ficus elastica 橡皮树; n.;印度榕
- Review and Research Development of Ficus pumila L. 薜荔概述及研究进展。
- The content of praline of Ficus carica Linn and Euphorbia pulcherrima were significantly higher than that of Codiaeum variegatum var. pictum and Ficous elastica. 无花果和一品红的脯氨酸含量显著高于变叶木和橡皮树,并且变叶木叶片脯氨酸含量显著高于橡皮树。
- The results showed that the dialytic capability of cells of Ficus carica Linn, Euphorbia pulcherrima and Codiaeum variegatum var. pictum was higher than that of Ficous elastica. 结果显示:一品红、变叶木和无花果的细胞质膜透性显著高于橡皮树;
- The ratio of free water and adsorbent water of leaves followed the order: Ficus carica Linn>Euphorbia pulcherrima>Cidiaeum variegatum var. pictum>Ficous elastica. 叶片自由水与束缚水比值大小为无花果>一品红>变叶木>橡皮树;
- Tissue Culture and Rapid Propagation of Ficus religiosa L. 菩提树的组织培养及快速繁殖。
- Study of the chemical constituents of radix of Ficus caric L. 无花果根化学成分研究。
- Tissue Culture of Stem Segment and Plantlet Regeneration of Ficus pumila L. 薜荔茎段的组织培养与植株再生技术。