Occupational and Environmental Medicine · 1992 · 59 citations · 11 references
Health ProfessionsAudiologyHealth SciencesHearing AssessmentHearing ScienceOccupational HealthHearing ImpairmentHearing LossNoise-induced Hearing DamageOccupational Hearing AssessmentOccupational Noise ExposureOccupational SafetyEquilibriumOccupational AudiologyOccupational Noise AssessmentOccupational Noise ComparisonOccupational Noise Exposure AssessmentPostural SwaySway DynamicsSway Response
The objective was to determine whether an association existed between hearing loss and balance dysfunction in construction workers exposed to noise. Screening pure tone audiometry and balance testing were performed using a sound emitter and dual microphone system to evaluate 78 iron workers who were compared with 128 histology technicians. Most iron workers showed hearing loss at frequencies below 3000 Hz. Their sway speeds were significantly faster both with the eyes open (1.05 (SD 0.39) v 0.91 (SD 0.22) cm/s) and with eyes closed (1.66 (SD 0.82) v 1.31 (SD 0.51) cm/s) than those of histology technicians. Coefficients for sway speed with the eyes closed and hearing loss in the left ear were significantly correlated at 500 to 8000 Hz. They were also correlated with the sway speed, eyes open, at low and high Hz. It is concluded that the use of air impact power tools in an inordinately noisy work environment makes iron workers prematurely deaf and impairs their balance. Falls may be related to balance dysfunction and impaired equilibrium. Falls from height injure and kill iron workers. Further investigations will determine whether injuries from falls are linked to these impairments.
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The Effect of Age on the Control of Sway
Jeffrey Sheldon · Gerontologia Clinica · 2009 · 332 citations
Applied Ergonomics · 1971 · 209 citations
Kaye H. Kilburn, Raphael Warshaw, John C. Thornton · Archives of Environmental Health An International Journal · 1987 · 138 citations