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外源性/内源性/现有抗氧化剂背后的原理以及我们自身的氧化剂和抗氧化剂系统。

The philosophy behind exo/endo/existing antioxidants and our built-in oxidant and antioxidant system.

作者信息

Amara A A

机构信息

Protein Research Department, Genetic Engineering and Biotechnology Research Institute, Mubarak City for Scientific Research and Technology Applications/Pharmaceutics Department, Faculty of Pharmacy, King Saud University, Kingdom of Saudi Arabia.

出版信息

Pharmazie. 2010 Oct;65(10):711-9.

Abstract

Free radicals (FRs) and oxidants (Os) have different vital activities in our bodies. Biological redox reactions are the major source for FRs-Os. In normal cases, they are under the control of our body's existing antioxidant (antiO) system. If their amounts exceeds a certain limit, they start to attack and damage various macromolecules and cells. In the case of DNA damage, dangerous diseases such as cancer "the human killer" can be elevated. The expression and regulation of the genes coding for the endogenous (endo) antiO enzymes are important for our health. Genetic polymorphism between different populations reflects the differences between individuals and populations abilities to produce antiOs. This review will discuss general aspects about different types of FRs-Os and antiOs as well as their direct and indirect interaction with genetic materials. The benefit of the antiOs, which can do a lot for our health, will be highlighted.

摘要

自由基(FRs)和氧化剂(Os)在我们体内具有不同的生命活动。生物氧化还原反应是FRs - Os的主要来源。在正常情况下,它们受我们身体现有抗氧化剂(antiO)系统的控制。如果它们的量超过一定限度,就会开始攻击和损害各种大分子和细胞。在DNA受损的情况下,诸如癌症“人类杀手”等危险疾病的发病率可能会升高。编码内源性(endo)抗O酶的基因的表达和调控对我们的健康很重要。不同人群之间的基因多态性反映了个体和群体产生抗Os能力的差异。本综述将讨论不同类型的FRs - Os和抗Os的一般方面,以及它们与遗传物质的直接和间接相互作用。将强调抗Os对我们健康大有裨益的方面。

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