摘要
植物受到病害侵染后,依赖信号传导过程表现出抗性,实际应用中,植物诱导抗病技术的常见措施包括交叉保护、根际微生物诱导产生抗性和直接施加激发子3种方法。这些措施发挥作用时涉及的机制通常为诱导次生代谢物质产生,如植物激素、木质素、胼胝质和植保素等。未来,大型分析仪器、高通量筛选平台的建立以及基因技术的发展都将推动这一技术的发展。
After pathogen infection,the immune responses of plants depends on signal pathway. In practical application,the common measures of plant inductive resistance technology include cross protection,inoculating rhizosphere microorganisms and exerting elicitors directly. The mechanism of these measures is inducing the accumulation of secondary metabolism substance,such as phytohormone,lignin,callose and phytoalexin. In the future,with the development of genomics,high-throughout screening technique,and large-scale analyzing instrument,this technology will achieve great breakthroughs ceaselessly.
作者
孟澍雨
高俊山
张玉琼
刘亚军
MENG Shu-yu;GAO Jun-shan;ZHANG Yu-qiong;LIU Ya-jun(Department of Microbiology,Immunology and Pathology,College of Veterinary Medicine and Biomedical Sciences,Colorado State University, Fort Collins, CO 80523, USA;School of Life Science,Anhui Agricultural University, Hefei 230036, China)
出处
《生物学杂志》
CAS
CSCD
北大核心
2018年第3期92-98,共7页
Journal of Biology
基金
国家自然科学基金(31300577)
安徽省精品课程项目(2014gxk021)
安徽农业大学质量工程项目(2016skyjy002)
关键词
信号传导
次生代谢物质
交叉保护
根际微生物
激发子
植物病害防治
signal transduction
secondary metabolism substance
cross protection
Rhizosphere microorganisms
elicitors
plant disease control