A Review of Formation, Toxicity of Reactive Oxygen Species by Heavy Metals and Tolerance in Plants

Saima Jadoon, Arif Malik
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引用次数: 4

Abstract

Aims: This whole review tells about origin of ROS, Cell death, role of ROS, defense system in numerous developmental pathways. Methodology: In plant reactive oxygen species are the main factor of cell mechanism deterioration. The stability of the reduction and regeneration is disturbed under stress environment. ROS continuously damages the main organelles of cell in plants as well as inactivate several enzymes. Break down of lipids, nucleic acid, proteins, pigments, damages in membrane which may lead to cell death. Conclusion: ROS is diffusible measures in pathways of signal transduction in numerous developmental pathways in plants. ROS acts as a messenger. Plants protect cell from misbalancing and also damages ROS production. ROS produced in excess amount rather than required for numerous metabolic reaction. In aerobic respiration ROS is produced.
植物重金属对活性氧的形成、毒性及耐受性研究进展
目的:本文综述了ROS的起源、细胞死亡、ROS的作用、防御系统在多种发育途径中的作用。方法:在植物中活性氧是细胞机制恶化的主要因素。应力环境影响了还原再生的稳定性。活性氧不断地破坏植物细胞的主要细胞器,并使多种酶失活。脂质、核酸、蛋白质、色素的分解,膜的损伤可能导致细胞死亡。结论:活性氧是植物多种发育途径中信号转导途径的扩散性手段。活性氧作为信使。植物保护细胞免受失衡,也破坏活性氧的产生。ROS产生过多,而不是许多代谢反应所需要的。在有氧呼吸中产生活性氧。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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