也称为获得抗病性(acquired resistance),是针对再侵染的抗病性。 病毒近源株系间有交互保护作用,第一次接种为诱发接 种,第二次接种为挑战接种(challenge inoculation...
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...稻数据中心 glucosyltransferase 基因符号 OsSGT1 所在染色体 2 (已克隆) 系统获得抗病性(systemic acquired resistance, SAR)是植物天然的抗病反应,可以被化学物质所诱导。
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20世纪60年代初,Ross[1]研究烟草花叶病毒提出了植物系统获得抗病性(SystemicAcquiredResistance,SAR),即当坏死型病原物浸染或某些生化制剂诱导处理后,某些植株可以对随后病原物的浸染产生抗性。
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系统获得抗病性 systemic acquired resistance ; SAR
株的系统获得抗病性 Systemic acquired resistance
利用病原获得抗病性 PDR ; Pathogen Derived Resistance
和系统获得抗病性 systemic acquired resistance
的系统获得抗病性 systemic acquired resistance
系统性获得抗病性 systemic acquired resistance
害的系统获得抗病性 systemic acquired resistance
统获得性抗病性 Systemic Acguired Resistance
系统获得性抗病 systemic acquired resistance ; SAR
这些抗病性候选标记的获得为实现牙鲆分子标记辅助育种和抗病基因克隆奠定了一定基础。
It is a basic work for the application of marker-assisted selection and cloning of anti-disease gene in Japanese flounder selective breeding program.
通过诱导因子激发植物本身的防御体系而获得的局部或系统的抗病能力,称植物诱导抗病性。
Local and systemic resistance to diseases triggered by various inducers is called induced disease resistance of plant.
抗病性鉴定结果表明,获得的抗性是遗传稳定的。
The evaluation of the lines resistant to SMV over three years it showed that the resistance was genetically stable.
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