病原菌侵染和水分复合胁迫下，活性氧产生的速率表现出累加效应，而抗氰呼吸表现出和基质抗氧化酶的活性互补。
Combined intimidation resulted in AOS accumulation, and cyanide-resistant respiration and the activities of antioxidant enzymes presented upon the completion of lowing AOS production, to some extent.
病原菌侵染和水分复合胁迫下，活性氧产生的速率表现出累加效应，而抗氰呼吸表现出和基质抗氧化酶的活性互补。
Combined intimidation resulted in AOS accumulation, and cyanide-resistant respiration and the activities of antioxidant enzymes presented upon the completion of lowing AOS production, to some extent.
应用推荐