The estimated prevalence of exposure to asthmagens in the Australian workforce
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Background: There is very little information available on a national level as to the number of people exposed to specific asthmagens in workplaces. Methods: We conducted a national telephone survey in Australia to investigate the prevalence of current occupational exposure to 277 asthmagens, assembled into 27 groups. Demographic and current job information were obtained. A web-based tool, OccIDEAS, was used to collect job task information and assign exposure to each asthmagen group. Results: In the Australian Workplace Exposure Study – Asthma (AWES- Asthma) we interviewed 4878 participants (2441 male and 2437 female). Exposure to at least one asthmagen was more common among men (47 %) than women (40 %). Extrapolated to the Australian population, approximately 2.8 million men and 1.7 million women were estimated to be exposed. Among men, the most common exposures were bioaerosols (29 %) and metals (27 %), whilst the most common exposures among women were latex (25 %) and industrial cleaning and sterilising agents (20 %). Conclusions: This study provides information about the prevalence of exposure to asthmagens in Australian workplaces which will be useful in setting priorities for control and prevention of occupational asthma.
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Prevalence of occupational exposure to asthmagens derived from animals, fish and/or shellfish among Australian workers.El-Zaemey, S.; Carey, R.; Darcey, E.; Reid, A.; Glass, D.; Benke, G.; Driscoll, T.; Peters, S.; Si, S.; Abramson, M.; Fritschi, Lin (2017)OBJECTIVE: Several animal, fish and/or shellfish derived substances encountered in the workplace can initiate or exacerbate asthma. The aims of this study were: to produce a population-based estimate of the current ...
Crewe, Julie; Carey, Renee; Glass, D.; Peters, S.; Abramson, M.; Benke, G.; Reid, Alison; Driscoll, T.; Fritschi, Lin (2015)Objective: To develop a comprehensive list of asthmagens which may occur in occupational settings in Australia. Methods: Potential asthmagens considered for this list were identified through work health and safety ...
Fritschi, L.; Crewe, J.; Darcey, E.; Reid, A.; Glass, D.; Benke, G.; Driscoll, T.; Peters, S.; Si, Si; Abramson, M.; Carey, R. (2016)BACKGROUND: There is very little information available on a national level as to the number of people exposed to specific asthmagens in workplaces. METHODS: We conducted a national telephone survey in Australia to investigate ...