1) Aphis nerii
夹竹桃蚜
1.
Predation of Chrysopa pallens on Myzus persicae and Aphis nerii;
大草蛉对桃蚜和夹竹桃蚜的捕食作用研究
2.
The Repellent Effect of Plant Extracts on Aphis nerii
植物提取物对夹竹桃蚜的忌避作用
3.
Contact Toxicity of Plant Extracts on Aphis nerii
植物提取物对夹竹桃蚜的触杀作用
2) Apocynaceae
夹竹桃科
1.
RAPD analysis of twelve species of Apocynaceae;
12种夹竹桃科植物的RAPD分析
2.
The Wild Ornamental Resources of Apocynaceae in Xishuangbanna and Its Application in Landscape;
西双版纳夹竹桃科野生观赏植物资源及其在园林中应用
3.
Study on Apocynaceae Plants and Their Landscape Characteristics in Seven-star Crags of Zhaoqing;
肇庆七星岩夹竹桃科植物资源及其景观特色
3) Nerium indicum Mill
夹竹桃
1.
Study on Bacteriostasis of Extract from Nerium indicum Mill. Leaf;
夹竹桃叶提取物的抑菌作用研究
2.
Toxicity of water extracts of Nerium indicum Mill.,Pterocarya stenoptera DC., and Rumex japonicum Houtt.against Oncomelania hupensis;
夹竹桃、枫杨、羊蹄水提物灭螺活性分析
3.
Allelopathy of Volatiles from Nerium indicum Mill.;
夹竹桃挥发物的化感作用研究
4) Nerium indicum
夹竹桃
1.
Ultrastructural observation of liver damage in Oncomelania hupensis by Nerium indicum;
夹竹桃对钉螺肝损伤的超微结构观察
2.
A study on the effect of killing Oncomelania hupensis by Pterocarya stenoptera, Nerium indicum, Rumex japonicus and their mixture;
枫杨、夹竹桃、土大黄及其组合灭螺效果研究
3.
Effect of Different SO_2 Concentration on Physiology Biochemistry of Nerium indicum;
SO_2对夹竹桃生理生化的影响
5) Nerium indicum leaves
夹竹桃叶
1.
Objective The aim was to study the bacteriostatic activities of extracts from Nerium indicum leaves and provide references for its reasonable development.
[目的]为了研究夹竹桃叶提取物的抑菌活性并为其合理开发提供参考。
2.
In order to find molluscicidal active components from Nerium indicum leaves on golden apple snail(GAS),Pomacea canaliculata(Lamarck),the lethal and inhibition effect of ethanol crude extracts and component Ⅰfrom N.
从夹竹桃叶中筛选杀灭福寿螺的活性成分。
6) oleandrose
夹竹桃糖
补充资料：夹竹桃NeriumindicumMiii.
夹竹桃科常绿灌木或小乔木。叶三枚轮生，中脉明显，侧脉密而平行；聚伞花序顶生，花萼直立，花冠粉红至深红色；骨突果长圆形。原产印度及伊朗。
具实验得出：每公斤夹竹桃吸汞９６毫克，每月每片叶能吸收硫６９毫克，经受氯气熏染后，其叶片含氯比未熏叶片高４倍，每平方米夹竹桃能吸滞灰尘达５０００毫克之多，但有剧毒，适宜栽种在工厂而不宜在学校多种，不过其叶含强心苷、欧夹竹桃苷，用于治疗心力衰竭。
具实验得出：每公斤夹竹桃吸汞９６毫克，每月每片叶能吸收硫６９毫克，经受氯气熏染后，其叶片含氯比未熏叶片高４倍，每平方米夹竹桃能吸滞灰尘达５０００毫克之多，但有剧毒，适宜栽种在工厂而不宜在学校多种，不过其叶含强心苷、欧夹竹桃苷，用于治疗心力衰竭。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条