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- hyllostachys edulis 毛竹
- Lonicera edulis is the plant of Caprifoliaceae. 蓝靛果是忍冬科植物。
- Lonicera caerulea L. var. edulis Turcz. ex Herd. 蓝锭果忍冬
- Passionfora edulis f. flavicarpa Deg. (搜藏的哦,网上查的!
- To study the antimutagenesis effects of Lonicera edulis . 采用小鼠骨髓嗜多染红细胞微核试验。
- Fruit anatomy of Lonicera edulis and its taxonomic significance. 兰靛果忍冬的果实解剖及其分类意义.
- CONCLUSION*!Lonicera edulis had antifatigue effects. 蓝靛果具有抗疲劳作用。
- Study on the development of female and male gametophyte of Lonicera edulis L. 兰靛果忍冬大小孢子发生与雌雄配子体的发育。
- Objective：To study optimum planting density and sowing depth of Tulipa edulis. 目的：研究光慈菇最佳的人工栽培密度、深度等。
- The flask ethanol fermentation Conditions of Canna edulis Ker were studied. 对芭蕉芋糖化液的三角瓶酒精发酵条件进行了研究。
- A species of edible mushroom(Boleteus edulis) widely distributed in woodlands. 美味牛肝菌：一种可食蘑菇（美味牛肝菌），广泛分布于林地
- Floral buds of Passiflora edulis Sims were used as explants in tissue culture. 以紫果西番莲的花蕾为材料,进行组织培养愈伤组织诱导的研究。
- An evergreen shrub(Catha edulis) native to tropical East Africa, having dark green opposite leaves that are chewed fresh for their stimulating effects. 阿拉伯茶一种常绿灌木丛（阿拉伯茶阿拉伯茶属）原产于东非热带地区，叶深绿色，对生，生嚼时具有刺激作用
- The action on derating blood-pressure of Lonicera edulis fruit was proved by pharmacology experiment. 药理实验表明,其果实具有降低血压作用。
- Objective:To study the histological structure of rhizome,stem,leaf of Lonicera edulis Turcz. in Heilongjiang province. 目的:研究黑龙江省蓝靛果忍冬根、茎、叶片的显微构造。
- The flavonoid components in Lonicera edulis fruit was proved by qualitative analysis experiment. 定性分析实验表明,其果实中含有黄酮类成分。
- Determined the dynamic changes of physiological index of phyllostachys edulis during seed germination. 摘要以毛竹种子为材料，研究测定了种子萌发过程中部分生理指标的动态变化。
- In the experiment, the flavonoid content in Lonicera edulis fruit was measrued by Visible spectrophotometry. 本实验采用可见分光光度法对蓝靛果果实中的总黄酮进行了含量测定。
- The preserved fruit of yellow Passiflora edulis Sims is fit for processing preserved fruit. 其中黄果西番莲果脯品质更优。
- Besides， Canna edulis Ker also contained abundant protein， fat， phosphate and cellulose etc. 淀粉颗粒表面相对光滑，颗粒形态多样。
