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Elimination kinetics of diisocyanates after specific inhalative challenges in humans: mass spectrometry analysis as a basis for biomonitoring strategies

机译:在人类特定的吸入性挑战后消除二异氰酸酯的动力学:质谱分析作为生物监测策略的基础

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摘要

BackgroundIsocyanates are some of the leading occupational causes of respiratory disorders, predominantly asthma. Adequate exposure monitoring may recognize risk factors and help to prevent the onset or aggravation of these aliments. Though, the biomonitoring appears to be most suitable for exposure assessment, the sampling time is critical, however. In order to settle the optimal time point for the sample collection in a practical biomonitoring approach, we aimed to measure the elimination of isocyanate urine metabolites.
机译:背景异氰酸酯是呼吸系统疾病(主要是哮喘)的一些主要职业病因。足够的暴露监测可以识别风险因素,并有助于防止这些饮食的发作或恶化。尽管生物监测似乎最适合暴露评估,但是采样时间至关重要。为了在实际的生物监测方法中确定样品收集的最佳时间点,我们旨在测量异氰酸酯尿液代谢产物的消除。

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