Morata T C
National Institute for Occupational Safety and Health, Division of Biomedicale and Behavioral Science, Cincinnati, Oh, USA.
Scand Audiol Suppl. 1998;48:111-6.
In recent years, findings that exposure to industrial chemicals may affect hearing and interact with noise brought to light a risk that had not been given substantial attention previously. The need for research becomes clear when the magnitude of the population of workers exposed to noise and chemicals and the number of potentially hazardous chemicals found in work environments are taken into consideration. The need for research is this area is further heightened by the fact that there are no guidelines or standards for combined exposures of chemical and physical agents. The present paper reviews the effects of combined exposures to chemicals and noise on hearing and examines study designs, hearing assessment alternatives, and strategies for the analysis of combined effects.
近年来,接触工业化学品可能影响听力并与噪声相互作用的研究结果揭示了一个此前未得到充分关注的风险。当考虑到接触噪声和化学品的工人数量以及工作环境中发现的潜在有害化学品数量时,开展研究的必要性就变得显而易见。由于目前尚无关于化学和物理因素联合暴露的指南或标准,这一领域开展研究的必要性进一步凸显。本文综述了化学品与噪声联合暴露对听力的影响,并探讨了研究设计、听力评估方法以及联合效应分析策略。