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Biochemical mechanisms of free-radical damage to the nuclear genome by cadmium

机译:镉对核基因组的自由基破坏的生化机制

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Cadmium, has been used for many years in industry and agriculture. Its active use is associated with a danger to human health due to a significant toxic effect on the body. The purpose of the review was to analyze the literature data and the results of our own experimental research on the biochemical mechanisms of the toxic effect of cadmium on the nuclear chromatin of cells, primarily the liver. Based on this analysis, the concept that the toxicity of cadmium is associated with damage caused by cadmium-induced free radicals was confirmed. The reactive oxygen species formed in this way are active damaging agents that cause toxic effects, including mutagenic, which ultimately leads to apoptosis and cell death.
机译:镉已在工业和农​​业中使用多年。由于其对人体的显着毒性作用,其积极使用会危害人体健康。这篇综述的目的是分析有关镉对细胞(主要是肝脏)的核染色质的毒性作用的生化机理的文献数据和我们自己的实验研究结果。基于该分析,确定了镉的毒性与镉诱导的自由基引起的损害有关的概念。以这种方式形成的活性氧是活性破坏剂,会引起毒性作用,包括诱变作用,最终导致细胞凋亡和细胞死亡。

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