American Journal of Industrial Medicine · 2012 · 165 citations · 29 references
Health ProfessionsAudiologyHealth SciencesHearing ConservationHearing ScienceOccupational HealthHearing ImpairmentHearing LossNoise ExposureNoise Exposure ControlOccupational Health In MiningOccupational Noise ExposureAdult Occupational Noise ExposureHearing Risk EstimationIndustrial Noise ExposureNoise Exposure EpidemiologyOccupational AudiologyOccupational Hearing Loss EpidemiologyOccupational Noise Exposure AssessmentWorkplace Noise Exposure
BACKGROUND: Twenty-two million workers are exposed to hazardous noise in the United States. The purpose of this study is to estimate the prevalence of hearing loss among U.S. industries. METHODS: We examined 2000-2008 audiograms for male and female workers ages 18-65, who had higher occupational noise exposures than the general population. Prevalence and adjusted prevalence ratios (PRs) for hearing loss were estimated and compared across industries. RESULTS: In our sample, 18% of workers had hearing loss. When compared with the Couriers and Messengers industry sub-sector, workers employed in Mining (PR = 1.65, CI = 1.57-1.73), Wood Product Manufacturing (PR = 1.65, CL = 1.61-1.70), Construction of Buildings (PR = 1.52, CI = 1.45-1.59), and Real Estate and Rental and Leasing (PR = 1.61, CL = 1.51-1.71) [corrected] had higher risks for hearing loss. CONCLUSIONS: Workers in the Mining, Manufacturing, and Construction industries need better engineering controls for noise and stronger hearing conservation strategies. More hearing loss research is also needed within traditional "low-risk" industries like Real Estate.
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Sangwoo Tak, Rickie R. Davis, Geoffrey M. Calvert · American Journal of Industrial Medicine · 2009 · 315 citations · Full text
Public Health, Health Sciences, Occupational Disease Prevention +16
Accuracy of Self-reported Hearing Loss
David M. Nondahl, Karen J. Cruickshanks, Terry L. Wiley et al. · International Journal of Audiology · 1998 · 281 citations