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Biomonitoring of tram drivers exposed to airborne platinum, rhodium and palladium.

机译:暴露于空中铂,铑和钯暴露的电车司机的生物化。

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OBJECT: The aim of this study was to evaluate urinary levels of Pt, Rh and Pd in occupationally exposed subjects. METHODS: A total of 122 healthy male subjects of Rome (Italy) were studied; 64 were municipal tram drivers and 58 control subjects. Metal quantification in the urine samples was carried out by sector field inductively coupled plasma mass spectrometry. RESULTS: There were statistically significant differences between urinary Pt and Rh levels of the workers and the control group (Pt median: 1.23 versus 1.03 ng/g creatinine; Rh median: 19.16 versus 11.18 ng/g creatinine), while no difference in Pd levels was observed (Pd median: 11.47 versus 8.75 ng/g creatinine). CONCLUSIONS: Urinary Pt and Rh could be useful biomarkers for monitoring population groups occupationally exposed to these elements. Urinary concentration of Pt and Rh, though still low, could be of some concern in workers heavily exposed to urban car traffic.
机译:对象:本研究的目的是在职业暴露的科目中评估Pt,Rh和Pd的尿液水平。 方法:研究了罗马(意大利)共122名男性受试者; 64是市政电车司机和58个控制科目。 通过扇区电感耦合等离子体质谱法进行尿液样品中的金属定量。 结果:工人和对照组的尿Pt和Rh水平之间存在统计学意义(Pt中位数:1.23与1.03 Ng / g肌酐; Rh中位数:19.16与11.18 ng / g肌酐),但Pd水平没有差异 观察到(PD中位数:11.47对8.75ng / g肌酐)。 结论:尿PT和RH可能是用于监测职业暴露于这些要素的人口群体的有用生物标志物。 PT和RH的尿浓度虽然仍然很低,可能对劳动人员大量暴露在城市汽车交通中有些关注。

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