Heat shock can increase the resistance ability of plants under stress environment, but its effects on fungal plant pathogen remain unclear.
适度短时间热激会提高植物的抗胁迫能力，但对植物病原真菌的影响还不清楚。
The result of the test shows that the activity against the plant pathogen fungi of most of the tested compounds is better than that of Benzoylphenyl Ureas as the control (PH6042).
实验结果表明大部分 被测试化合物的抗植物病原体真菌活性优于对照品灭幼唑（PH6042）。
According to the test of inhibiting the growth of Clavbacter michiganensis subsp. michiganensis, 9 strains have antagonistic activity against the plant pathogen, occupied 4.84% of isolated bacteria.
用抑菌圈法测定，共得到9株对番茄溃疡病菌有拮抗作用的内生细菌，占分离内生细菌总菌数的4.84%。
On the other hand, when a plant is attacked by an insect, animal or pathogen, it knows.
另一方面，当植物受到昆虫、植物或病菌的侵害时它也知道。
Plant defense signal uses the similar mechanism in the animal immunity system, and it can be initiated by non-parasitic pathogen and mediator.
植物防卫信号的产生类似于动物免疫系统因子的介导，并可由非寄主病原菌或诱导子诱发。
Oligosaccharides, originated from the cell wall of plants and pathogen, can induce defense responses as elicitors in plant cells.
来源于植物及其病原体细胞壁的寡聚糖，可作为激发子诱导植物细胞发生抗性反应。
The pathogen is a new record specie of plant fungi disease in China. Marigold is a new natural host of the pathogen in the world.
该病原菌是中国植物真菌病害新记录种，在国际上也是首次报道万寿菊是该病原菌的自然寄主。
Study of plant disease resistance is one of the key subjects of plant pathology and one of important aspects of research on interaction between host and pathogen, and plant immunology.
植物抗病性是当前植物病理学中研究的热点和难点之一，也是植物-病原物互作及植物免疫学研究的一个重要方面。
Oxidative burst is one of the earliest responses in plant resistance to pathogen attacks.
活性氧迸发是植物对病原物应答的最早期反应之一。
AOS always participates in the foundation of anti-disease ability of plant in the interaction between plant and pathogen.
植物与病原菌的相互作用中，活性氧(aos)参与了植物抗病性的建立。
Systemic acquired resistance (SAR), known as broad-spectrum, inducible plant immunity, is a defense response triggered by pathogen infection.
植物系统获得抗性(SAR)，是植物受到病原菌侵染后所激发的一种防卫反应。
Pathogen effectors are virulence factors causing plant diseases.
病原菌的效应分子是导致植物发病的毒性因子。
Biologists have known for 40 years that a virus will cause less damage to a plant if that plant has been inoculated with a mild dose of the pathogen a few days earlier.
四十年前生物学家就已经知道，如果植物提早几天接种剂量较小的病原，病毒对植物造成的伤害就会减小。
In a Biological Safety Level 2 lab, scientists grow a batch of Erwinia Herbicola, a plant bacteria that is a simulant of a dangerous pathogen, but which itself is not dangerous.
在生物安全二级实验室，科学家成长的草生欧文氏菌，细菌，植物是一个危险的病原体模拟，分批但它本身并不危险。
Avirulence gene is genetic factor of pathogen. It encodes elicitor which triggers specific interaction of plant and pathogen.
无毒基因是病原物遗传因子，其编码的产物激发病原物与植物特异性相互作用。
Sufficient pathogen, susceptible host and favourable environmental conditions, which are necessary to the outbreaking of the plant disease.
一定数量的病原生物、易感病的寄主以及有利的发病条件是任何病原生物引起的植物病害发生的必要条件。
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。
Both healthy plant and pathogen-free plant had not these symptoms, yet there were some different in tissue differentiation of both.
健株和脱病植株地上部营养器官均不存在上述症状，但两者在组织结构分化程度上有所区别。
These findings suggest a link between pathogen - triggered REDOX changes and gene regulation in plant immunity.
这些结果表明病原体引发的氧化还原变化和基因调控在植物免疫力之间的联系。
Gene for gene hypothesis is the genetic explanation for plant-pathogen interaction.
基因对基因假说是植物一病原相互作用的遗传学解释。
As the development of molecular biology and relative techniques, the molecular mechanism of the interaction of plant and its pathogen is becoming more and more clear.
随着分子生物学及其相关技术的飞速发展，人们对植物与病原微生物相互作用的分子机制了解得越来越透彻。
The pathogen was separated from diseased cucumber plant of Wuqing region and cultivated in PDA medium.
从武清等地常规分离黄瓜发病病株，PDA培养基上培养。
It has been assumed that "oxidative burst" may serve as a first line of plant defense against the invading pathogen at cell level.
作为信号介导植保素合成等而直接介入或启动植物过敏性反应。 现初步认为“氧化突发”可能是细胞水平上植物对付病原菌侵染的第一步。
Pathogen pathogenicity and host resistance are internal factors in deciding plant diseases. Wheat leaf rust is a kind of worldwide disease.
在病害三角关系中，病原物的致病性及寄主的抗病性是决定病害发生与否的内在因素。
Pathogen pathogenicity and host resistance are internal factors in deciding plant diseases. Wheat leaf rust is a kind of worldwide disease.
在病害三角关系中，病原物的致病性及寄主的抗病性是决定病害发生与否的内在因素。
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