CAJ | 학술논문

植物在与病原菌的长期相互作用中,逐渐发育出自我防御响应体系,当受到微生物病原菌侵染时,会启动防御相关基因表达,产生的防御反应使植物免受微生物病害感染.这种防御响应是通过植物细胞表面上的受体蛋白与病原菌激发子相互结合,使寄主植物识别侵染微生物,并通过信号传导网络在细胞内传递感染信息,启动抗性基因表达,产生防御反应.研究证明,寡糖能够作为外源性激发子诱导植物产生防御响应,因此,寡糖作为生物农药在微生物病害防治中具有十分重要的作用.
식물재여병원균적장기상호작용중,축점발육출자아방어향응체계,당수도미생물병원균침염시,회계동방어상관기인표체,산생적방어반응사식물면수미생물병해감염.저충방어향응시통과식물세포표면상적수체단백여병원균격발자상호결합,사기주식물식별침염미생물,병통과신호전도망락재세포내전체감염신식,계동항성기인표체,산생방어반응.연구증명,과당능구작위외원성격발자유도식물산생방어향응,인차,과당작위생물농약재미생물병해방치중구유십분중요적작용.
Defense response system has been developed in the long-term interaction between host plant and phytopathogen. Defense-related genes in plant cells would be expressed upon host plant being attacked by pathogen, resulting in a suit of defense reaction preventing plant from microbial infection. Such defense response was initiated by binding of pathogenic elicitor to receptor on the plant cell surface, leading to the recognition of microbial infection, expression of defense genes and initiation of defense reaction through signal transduction cascade. It has been certificated that plant defense response could be elicited by exogenous oligosaccharide. Therefore, the oligosaccharide as a biological pesticide plays an important role in the control of microbial diseases.