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首页> 外文期刊>Environmental and molecular mutagenesis. >Evaluation of micronucleus frequencies in blood lymphocytes from smelting plant workers exposed to arsenic.
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Evaluation of micronucleus frequencies in blood lymphocytes from smelting plant workers exposed to arsenic.

机译:评估暴露于砷的冶炼厂工人血液淋巴细胞中的微核频率。

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Arsenic is a world health problem due to the seriousness of its effects, mainly related with the increase of cancer. In Chile, the geological characteristics of the northern region, associated with the development of the copper mining and smelting activities, have contributed to increase the environmental levels of arsenic. This study has been conducted to investigate the relationship between arsenic occupational exposure and genotoxic effects in smelting plant workers. To determine the genotoxic risk related to the increase of cancer among the chronically exposed population, the frequency of micronuclei in blood (BNMN) has been evaluated. The study was carried out in a total of 207 men, divided into three groups: an exposed group of 105 individuals working in a smelting plant, an internal reference group with 52 employees at the same mine but in the administrative area, and an external reference group of 50 workers from another copper mine where no significant levels of arsenic were detected. As expected, differences between arsenic levels in urine have been detected between groups, with the exposed group being the one with a higher level of total arsenic in urine, followed by the internal reference group. Despite that, no significant differences in micronuclei frequencies in lymphocytes were detected among these groups. Environ. Mol. Mutagen., 2008. (c) 2008 Wiley-Liss, Inc.
机译:砷由于其影响的严重性而成为世界健康问题,主要与癌症的增加有关。在智利,北部地区的地质特征与铜矿开采和冶炼活动的发展有关,有助于提高砷的环境水平。进行这项研究以调查冶炼厂工人砷职业暴露与遗传毒性作用之间的关系。为了确定与慢性暴露人群中癌症增加有关的遗传毒性风险,已经评估了血液中微核的频率(BNMN)。该研究共对207名人员进行了研究,分为三组:一个在冶炼厂工作的105人的暴露组,一个在同一矿区但在行政区域内有52名员工的内部参考组和一个外部参考组。来自另一家铜矿的50名工人的小组,那里没有发现大量砷。不出所料,各组之间已检测到尿液中砷含量的差异,其中暴露组为尿液中总砷含量较高的组,其次是内部参考组。尽管如此,在这些组中未检测到淋巴细胞中微核频率的显着差异。环境。大声笑Mutagen。,2008.(c)2008 Wiley-Liss,Inc.

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