1.
Zinc Accumulation and Its Effects on Physiological Dynamics and Calcium Distribution in Submerged Macrophyte,Potamogeton crispus L.
Zn~(2+)在菹草叶片中的积累及其植物毒理学效应
2.
Study of Melittin on the Inhibiting Effect to the Pathogenic Microbe and Physiological Effect of Crops;
蜂毒肽毒杀作物病原菌机理和植生效应
3.
Progress of the Research on Microbial Metabolites Antiphytoviral Substances and Antiviral Mechanism
微生物源抗植物病毒物质及其抗病毒机理的研究进展
4.
Research on Application and Antiviral Mechanism of WCT-Ⅱ Extracted from the Plant;
植物源抗病毒物质WCT-Ⅱ作用机理及应用研究
5.
Synergism and Mechanisms of Extracts from Several Plants to Chlorpyrifos
几种植物源提取物对毒死蜱的增效作用及机理
6.
Preliminary Investigation on the Physiological Mechanisms of the Interactions between Bemisia Tabaci, Begomoviruses and Their Host Plants;
烟粉虱—寄主植物—植物双生病毒互作的生理机制初探
7.
Any of several poisonous plants of the genera Conium and Cicuta, such as the poison hemlock.
毒芹属植物几种毒芹属及铁杉属植物中有毒植物的一种，如毒芹
8.
poisonous plants, chemicals
有毒的植物、 化学物质.
9.
Role of Arbuscular Mycorrhizae in Alleviation of Zinc and Cadmium Phytotoxicity;
丛枝菌根减轻宿主植物锌、镉毒害机理研究
10.
Studies on the Ecophysiological Effects of Microcystin-RR Against Higher Plants;
微囊藻毒素对高等植物的生态生理学效应研究
11.
Physiological Response by Hyperaccumulator of Phytolacca Americana to Manganese Toxicity;
超积累植物—美洲商陆对锰毒的响应机理研究
12.
Genotypic Difference among Plant Species in Response to Aluminum Stress and Mechanisms of Aluminum Resistance in Buckwheat (Fygopyrum Esculentum Moench);
植物耐铝毒基因型差异及荞麦耐铝机理研究
13.
Studies on Principles of the Inhibition to Hosts Photosynthesis by Plant Virus and Plant Protection with Attenuated Viruses;
植物病毒抑制寄主光合作用的机理和弱病毒保护研究
14.
soil pollution and residue in plant
土壤污染和植物残毒
15.
The poisonous berry of a plant of this genus.
该属植物的有毒浆果
16.
Interaction Relationship of Plant Virus and Plant Hormones
植物病毒与植物激素的相互作用关系
17.
Studies on Biofumigation and Hot Water Treatment to Replace Methyl Bromide for Management of Soilborne Plant Diseases;
生物熏蒸和热水消毒法替代甲基溴用于植物土传病害治理的研究
18.
Study on the Inhibition Effect of Plant Activator Protein to Tobacco Mosaic Virus and the Mechanism Involved;
植物激活蛋白对烟草花叶病毒（TMV）的生物活性及作用机理初探