1.
Expression of plant defensin gene Rs-AFP2(R39) in cucumis meloL.cv Hetao;
植物防御素Rs-AFP(R39)基因在河套蜜瓜中的表达
2.
Structure and Function of LRR Proteins in Plant Defense Mechanism
参与植物防御反应的LRR型蛋白结构与功能
3.
Plant Defense Responses Induced by Environmental Factors and Medicinal Secondary Metabolites Product Synthesis and Accumulation
环境因子导致的植物防御反应与药用次生代谢物的合成和积累
4.
Researchers have recently discovered that altering a single gene can overcome the plants' reticence.
研究人员近来发现，改变某种基因可以克服植物防御的迟缓性。
5.
Clone and Prokaryotic Expression of Plant Defensins Genes from Cruciferae and Transgene to Arabidopsis
十字花科植物防御素基因克隆和原核表达及转拟南芥研究
6.
Molecular Cloning and Analysis of Plant Defence Related Genes from Camptothecaacuminata and the Effect on Camptothecin Content;
喜树中植物防御相关基因的克隆分析及对喜树碱含量的影响
7.
Research on the Helicoverpa Armigera-induced Plant Defense and the Signals Transducted by Root
棉铃虫为害诱导的植物防御反应及其根部信号传导
8.
Protection of the Photo-damage in the Photosynthesis Apparatus of the Plants;
植物光合机构的光破坏及其防御机制
9.
defense against biological warfare.
抵御生物战争的防御。
10.
Study on the Defence Function of Cotyledon in Seedling Stage of Cruciferous Plants
十字花科植物幼苗阶段子叶的防御功能研究
11.
Studies on Dynamics of Nutrient and Defense Material in the Process of Leaf-expansion in Subtropical Evergreen Broad-leaved Forest;
亚热带常绿阔叶林代表植物展叶期叶片营养与防御物质动态研究
12.
Plant defense responses against pathogens, plant-pathogen interaction model and genetic basis of plant disease resistance were summarized.
就植物对病原的防御反应，植物-病原互作模式和植物抗病性的遗传基础进行了概述。
13.
Snake venom, cytotoxin and plant poisonous protein such as ricin all have the defence function.
蛇毒、胞毒素及植物毒蛋白质，如蓖麻蛋白等，均具有防御功能。
14.
But surprisingly, plants use this latter defence system only half-heartedly.
但令人吃惊的是，植物对后一种防御系统的利用缺乏十足的热情。
15.
Study on Recombinant Expression of Human β Defensin 3 and Plant des-pGlul-Brazzein;
人β防御素3和植物甜蛋白des-pGlu1-Brazzein基因的重组表达研究
16.
The Role of PSⅡ Protein Phosphorylation in Photoprotection of Plants;
光系统Ⅱ蛋白磷酸化在植物光破坏防御中的作用
17.
Distribution of Excited Energy and Photoprotective Mechanisms during Photosynthesis in Higher Plants;
高等植物光合作用中的激发能分配及光破坏防御机制
18.
Study on Interaction of Plant-microbes and Mechanism of Defense Signal Transduction by DNA Micro Array;
DNA微阵列研究植物——病原菌互作及防御反应信号转导机制