室内真菌生物气溶胶暴露对健康的影响。

Frederick Fung, William G Hughson
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引用次数: 180

摘要

职业和环境卫生专业人员面临着室内真菌生物气溶胶暴露对健康影响的问题。本文回顾了室内霉菌暴露对健康影响的最新数据,并根据已发表的人体研究为职业和环境卫生从业人员提供了关于如何最好地管理这些暴露的实用建议。我们进行了MEDLINE搜索,并回顾了1966年至2002年11月发表的所有关于室内霉菌暴露(可见调查或客观抽样)和人类健康影响的英文研究。这些研究的主要发现与健康影响和真菌暴露之间的似是而非的联系一起进行了分析。5个病例对照研究、17个横断面调查和7个病例报告符合选择标准。目前的证据表明,过多的水分会促进霉菌生长,并与刺激、过敏和感染引起的症状增加有关。然而,由于吸入真菌毒素的特定人体毒性尚未科学确定。测量室内生物气溶胶暴露和健康评估的方法没有很好地标准化,使现有数据难以解释。需要进一步的研究来证明人类接触-疾病和剂量-反应关系。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Health effects of indoor fungal bioaerosol exposure.

Occupational and environmental health professionals are confronted with issues concerning the health effects of indoor fungal bioaerosol exposure. This article reviews current data on the health effects of indoor mold exposure and provides practical suggestions for occupational and environmental health practitioners regarding how best to manage these exposures based on published human studies. We conducted MEDLINE searches and reviewed all English language studies on indoor mold exposure (visible survey or objective sampling) and human health effects published from 1966 to November 2002. The main findings of the studies are analyzed in conjunction with plausible association of health effects and fungal exposure. Five case control studies, 17 cross-sectional surveys, and 7 case reports met the selection criteria. Current evidence suggests that excessive moisture promotes mold growth and is associated with an increased prevalence of symptoms due to irritation, allergy, and infection. However, specific human toxicity due to inhaled fungal toxins has not been scientifically established. Methods for measuring indoor bioaerosol exposure and health assessment are not well standardized, making interpretation of existing data difficult. Additional studies are needed to document human exposure-disease and dose-response relationships.

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