CAJ | 학술논문

[目的]为了研究LeWRKY1参与植物抗逆反应的分子机理。[方法]采用实时荧光定量PCR技术研究了LeWRKY1在番茄灰霉菌（Botrytis cinerea）侵染、茉莉酸（jasmonic acid,JA）、水杨酸（salicylic acid,SA）刺激时的表达情况。[结果]外源植物激素JA可诱导LeWRKY1的表达,而SA对其无明显诱导作用;番茄灰霉菌侵染可诱导LeWRKY1表达。[结论]LeWRKY1可能通过JA依赖而SA非依赖的信号途径参与番茄对番茄灰霉菌防御反应的应答。
[목적]위료연구LeWRKY1삼여식물항역반응적분자궤리。[방법]채용실시형광정량PCR기술연구료LeWRKY1재번가회매균（Botrytis cinerea）침염、말리산（jasmonic acid,JA）、수양산（salicylic acid,SA）자격시적표체정황。[결과]외원식물격소JA가유도LeWRKY1적표체,이SA대기무명현유도작용;번가회매균침염가유도LeWRKY1표체。[결론]LeWRKY1가능통과JA의뢰이SA비의뢰적신호도경삼여번가대번가회매균방어반응적응답。
[Objective]The aim was to explore the molecular mechanism of plant resistance to various stress response.[Method]The expression of LeWRKY1 in tomato seedlings under treatment with B.cinerea,exogenous JA and SA were explored by real time quantitative RT-PCR technology.[Result]JA induced the expression of LeWRKY1,but SA did not.LeWRKY1 expression was up-regulated under B.cinerea infection.[Conclusion]LeWRKY1 might be involved in the tomato defense response to B.cinerea through JA dependent but SA independent signal pathway.