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Role for Salicylic Acid in the Activation of Defense Responses in Catalase-Deficient Transgenic Tobacco

机译:水杨酸在过氧化氢酶缺陷型转基因烟草防御反应激活中的作用

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Transgenic tobacco plants with severely reduced catalase activity were crossed with NahG plants that do not accumulate salicylic acid. Some of the progeny from the cross spontaneously developed necrosis when grown under strong light, similar to that observed on the parental severely catalase-deficient plants. However, in contrast to the parental catalase-deficient plants, these progeny plants did not constitutively express PR-1 genes or develop enhanced resistance. Thus, salicylic acid appears to be required for the induction of these defense responses in catalase-deficient tobacco plants.
机译:过氧化氢酶活性严重降低的转基因烟草植物与不积累水杨酸的NahG植物杂交。当在强光下生长时,来自杂交后代的一些后代会自发地产生坏死,这与在亲本严重过氧化氢酶缺乏的植物上观察到的相似。但是,与亲本过氧化氢酶缺陷型植物相反,这些后代植物不组成性表达PR-1基因或增强抗性。因此,在过氧化氢酶缺陷型烟草植物中诱导这些防御反应似乎需要水杨酸。

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