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Oxidative stress and low dose ionizing radiation.

机译:氧化应激和低剂量电离辐射。

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摘要

The field of radiation biochemistry has provided tremendous impact in recent years as extensive research on free radicals has implicated them in radiation damage. An important offshoot of this field is the branch dealing with radiological protection in medical applications like diagnostic radiology. Hence, we decided to investigate the relationship between oxidative stress and low dose ionizing radiation (x-rays) in the work environment of x-ray technicians (radiographers), by comparing their RBC malondialdehyde, % hemolysis, catalase and plasma vitamin E levels with those of controls. There was a significant increase in the susceptibility of RBCs to hemolysis in radiographers compared to controls. Malondialdehyde and catalase levels were slightly increased in the radiographers, but this did not disturb the steady state concentration of their plasma vitamin E. These findings go in favour of theories stating that exposure to low dose ionizing radiation does cause a greater amount of oxidative stress, than that caused during normal routine metabolic processes.
机译:近年来,辐射生物化学领域产生了巨大影响,因为对自由基的广泛研究已将其牵连到辐射损伤中。该领域的一个重要分支是处理医学应用(如诊断放射学)中的放射防护的分支。因此,我们决定通过比较他们的RBC丙二醛,%溶血,过氧化氢酶和血浆维生素E水平与X射线技术人员(放射线照相师)的工作环境,研究氧化应激与低剂量电离辐射(x射线)之间的关系。那些控件。与对照组相比,放射线照相者对红细胞的溶血敏感性显着增加。放射线照相术中丙二醛和过氧化氢酶的含量略有增加,但这并没有干扰血浆维生素E的稳态浓度。这些发现支持了一些理论,这些理论表明,暴露于低剂量电离辐射的确会引起更大的氧化应激,比正常的常规代谢过程中引起的

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