DNA single strand breaks induced by low levels of occupational exposure to styrene: the gap between standards and reality.

M. Shamy, Hazem H Osman, K. Kandeel, N. M. Abdel-Moneim, Said Khalid F El
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引用次数: 10

Abstract

Styrene is a known mutagen and suspected carcinogen, used in the reinforced plastic industry. This study aims to identify the occurrence of DNA single strand breaks (SSBs) in workers exposed to styrene levels far below the recommended standards. We compared 26 exposed workers with 26 control subjects and found a significant increase in the incidence of DNA-SSBs in the exposed individuals. The levels of the biological indices of exposure (urinary mandelic and phenyl glyoxylic acids) were less than 25% of the recommended limits. Reduction of the threshold limit values/time-weighted-average (TLV-TWA) applied is strongly recommended.
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低水平职业接触苯乙烯引起的DNA单链断裂:标准与现实之间的差距。
苯乙烯是一种已知的诱变剂和疑似致癌物,用于增强塑料工业。这项研究的目的是确定DNA单链断裂(SSBs)的工人暴露于苯乙烯水平远低于推荐标准。我们将26名暴露工人与26名对照进行了比较,发现暴露个体中DNA-SSBs的发生率显著增加。暴露的生物学指标(尿扁桃酸和苯乙醛酸)水平低于建议限值的25%。强烈建议减少阈值限值/时间加权平均值(TLV-TWA)的应用。
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