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Human biomonitoring to define occupational exposure and health risks in waste incinerator plants

机译:人体生物监测以定义废物焚化厂的职业暴露和健康风险

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摘要

Contribution to the research on the relationship between exposure to ambient pollutants and diseases comes from human biomonitoring data collection and interpretation. The 21 biomonitoring studies reviewed are mainly aimed at providing either information on exposure amongst worker subgroups, serving as a reference, or information on the relationship between exposure and toxicity. Attention was also paid to the relationship between internal biomarker dose and environmental pollution levels through a combined use of biomonitoring epidemiological study design and environmental monitoring. Marker levels of internal dose (in blood and urine), DNA damage and oxidative stress tend to be higher mostly in highly exposed workers, i.e. those employed in furnace maintenance, residue transfer, cleaning operations, metal disposal and all activities where there is direct contact with fly ash. The presence of old furnaces or non-upgraded plants was associated with acute and chronic health problems in workers.
机译:对人类暴露于环境污染物和疾病之间关系的研究的贡献来自人类生物监测数据的收集和解释。所审查的21项生物监测研究主要旨在提供有关工人亚组接触的信息(作为参考)或有关接触与毒性之间关系的信息。通过结合使用生物监测流行病学研究设计和环境监测,还注意了内部生物标志物剂量与环境污染水平之间的关系。内部剂量(在血液和尿液中),DNA损伤和氧化应激的标志物水平通常在高度暴露的工人中更高,例如,那些用于炉子维护,残留物转移,清洁操作,金属处理以及直接接触的所有活动的工人粉煤灰。旧炉子或未升级的工厂的存在与工人的急性和慢性健康问题有关。

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