作物学报 ›› 2013, Vol. 39 ›› Issue (01): 110-117.doi: 10.3724/SP.J.1006.2013.00110
倪郁1,3,王婧1,宋超1,夏瑞娥1,孙正圆1,郭彦军2,李加纳1,3,*
NI Yu1,3,WANG Jing1,SONG Chao1,XIA Rui-E1,SUN Zheng-Yuan1,GUO Yan-Jun2,LI Jia-Na1,3,*
摘要:
处于植物地上部分最外层的表皮蜡质被认为是植物抵御病原物入侵的第一道屏障,但表皮蜡质是否及如何参与油菜菌核病防御机制还不清楚。本试验选用2个抗病性不同的油菜品种中双9号(抗性品种)和渝油19 (感病品种),对水杨酸(SA)处理后的油菜幼苗接种核盘菌,分析油菜病情指数、叶表皮蜡质含量和晶体结构特征、抗氧化酶活性的变化规律。结果表明,SA处理使中双9号病情指数显著下降,渝油19无显著变化,SA诱导了油菜抗性品种中双9号对菌核病的抗性。接种核盘菌后,中双9号PAL活性显著增加,而渝油19显著下降; SA处理植株叶片PAL和POD活性显著高于单纯接种植株。渝油19苗期叶表皮蜡质总量显著高于中双9号。SA诱导中双9号蜡质总量及组分含量增加,柱状晶体结构减少,片状结构增加,扩大了蜡质层覆盖叶表面积。渝油19在SA处理后蜡质含量无显著变化,晶体结构发生了与中双9号相似的变化,但渝油19蜡质晶体熔融后覆盖叶表面积小于中双9号。综合分析认为防御酶活性及叶表皮蜡质共同参与SA诱导中双9号抗性增强的过程。
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