Abstract: Ototoxic substances have been associated to damage of the auditory system, and its effects are potentiated by noise exposure. The present study aims at analyzing auditory changes from combined exposure to noise and organic solvents, through a pilot study in the furniture industry sector. Audiological tests were performed on 44 workers, their levels of exposure to toluene, xylene and ethylbenzene were determined and the levels of noise exposure were evaluated. The results showed that workers are generally exposed to high noise levels and cabin priming filler and varnish sector workers have high levels of exposure to toluene. However, no hearing loss was registered among the workers. Workers exposed simultaneously to noise and ototo...
Abstract Objectives: Various studies have demonstrated that organic solvent exposure may induce audi...
Exposure of workers to mixtures of organic solvents and to occupational noise is frequent in a numbe...
BACKGROUND: Noise exposure is a well-known contributor to work-related hearing loss. Recent biologic...
Abstract: Ototoxic substances have been associated to damage of the auditory system, and its effects...
There is evidence that organic solvents are ototoxic, and studies suggest there is an interaction be...
In this study we investigated the risk of hearing loss among workers exposed to both toluene and noi...
Introduction Industry workers are exposed to different environmental risk agents that, when combined...
Thesis (M.Sc.)--North-West University, Potchefstroom Campus, 2004.The aim of this study was to deter...
Introduction: Hearing loss is one of the most common occupational diseases. In most workplaces, work...
Research conducted over the last two decades has brought attention to the ototoxicity of chemicals i...
Occupational exposure to ototoxicants, substances that can cause hearing loss or exacerbate the impa...
Objectives: Various studies have demonstrated that organic solvent exposure may induce auditory dama...
Hearing loss affects many workers including those in the military and may be caused by noise, medica...
"Millions of workers are exposed to noise in the workplace every day and when uncontrolled, noise ex...
A project submitted (to the Institute of Laryngology and Otology) as a requirement for the degree of...
Abstract Objectives: Various studies have demonstrated that organic solvent exposure may induce audi...
Exposure of workers to mixtures of organic solvents and to occupational noise is frequent in a numbe...
BACKGROUND: Noise exposure is a well-known contributor to work-related hearing loss. Recent biologic...
Abstract: Ototoxic substances have been associated to damage of the auditory system, and its effects...
There is evidence that organic solvents are ototoxic, and studies suggest there is an interaction be...
In this study we investigated the risk of hearing loss among workers exposed to both toluene and noi...
Introduction Industry workers are exposed to different environmental risk agents that, when combined...
Thesis (M.Sc.)--North-West University, Potchefstroom Campus, 2004.The aim of this study was to deter...
Introduction: Hearing loss is one of the most common occupational diseases. In most workplaces, work...
Research conducted over the last two decades has brought attention to the ototoxicity of chemicals i...
Occupational exposure to ototoxicants, substances that can cause hearing loss or exacerbate the impa...
Objectives: Various studies have demonstrated that organic solvent exposure may induce auditory dama...
Hearing loss affects many workers including those in the military and may be caused by noise, medica...
"Millions of workers are exposed to noise in the workplace every day and when uncontrolled, noise ex...
A project submitted (to the Institute of Laryngology and Otology) as a requirement for the degree of...
Abstract Objectives: Various studies have demonstrated that organic solvent exposure may induce audi...
Exposure of workers to mixtures of organic solvents and to occupational noise is frequent in a numbe...
BACKGROUND: Noise exposure is a well-known contributor to work-related hearing loss. Recent biologic...