我们以豌豆幼苗作为研究对象。我们将利用盆栽人工控水技术模拟正常持水量、

We pea seedlings as research subjects. We will use the simulation technique potted human normal industrial water holding capacity, and arid three kinds of moderate severe cases, generation of reactive oxygen species under drought stress developed Pea seedlings write case, the water holding capacity of the normal, moderate and severe drought stress pea under MDA, membrane permeability, and determining the content of CAT and POD, the effect of drought stress on active oxygen metabolism of pea seedlings. The results show that: under moderate drought stress is increased as compared with the control MDA content of 48.89%, CAT and POD increased by 70.12%, 75.19%, membrane permeability increases 50.65%; and under severe drought stress MDA content compared to the control increased by 220.09%, CAT and POD increased by 127.12%, 133.07%, increased membrane permeability 141.86%. As described enhancement of drought stress, by increasing the degree of oxidation of lipid membrane, membrane lipid peroxidation malondialdehyde content increases, membrane permeability increases, pea CAT enzyme system protection and POD increased active oxygen metabolism strengthen.

我们以豌豆幼苗作为研究对象。我们将利用盆栽人工控水技术模拟正常持水量、中度干旱和重度干旱三种情况下，研究出干旱胁迫下豌豆幼苗的活性氧代写情况，通过对正常持水量、中度和重度干旱胁迫下豌豆幼苗丙二醛、质膜透性、以及CAT和POD含量的测定，分析了干旱胁迫对豌豆幼苗活性氧代谢的影响。实验结果表明：中度干旱胁迫下与对照相比丙二醛含量增加了48.89%，CAT和POD活性分别增加了70.12%、75.19%，质膜透性增大了50.65%；重度干旱胁迫下与对照相比丙二醛含量增加了220.09%，CAT和POD 活性分别增加了127.12%、133.07%，质膜透性增大了141.86%。说明随着干旱胁迫程度的增强，膜脂过氧化程度增大，膜脂过氧化产物丙二醛的含量上升，质膜透性增大，豌豆保护酶系统CAT和POD活性升高，活性氧代谢加强。

We take pea seedling as our research object. In this paper, we will study the active oxygen generation of pea seedlings under drought stress by using pot artificial water control technology to simulate the normal water holding capacity, moderate drought and severe drought. Through the determination of malondialdehyde, membrane permeability, cat and pod content of pea seedlings under normal water holding capacity, moderate and severe drought stress, we analyzed the active oxygen generation of pea seedlings under drought stress Thanks for your influence. The results showed that the content of MDA increased 48.89%, the activity of cat and pod increased 70.12%, 75.19% and the permeability of plasma membrane increased 50.65% under moderate drought stress, the content of MDA increased 220.09%, the activity of cat and pod increased 127.12%, 133.07% and the permeability of plasma membrane increased 141.86% under severe drought stress. The results showed that with the increase of drought stress, the degree of membrane lipid peroxidation increased, the content of malondialdehyde, the permeability of plasma membrane increased, the activities of cat and pod in pea protective enzyme system increased, and the metabolism of active oxygen increased.<br>