1. Using a representative sample of workers for constructing the SUMEX French general population based job-exposure matrix
- Author
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J. C. Martin, Alice Guéguen, Marcel Goldberg, and Sébastien Bonenfant
- Subjects
medicine.medical_specialty ,Time Factors ,media_common.quotation_subject ,Job-exposure matrix ,Population ,Sample (statistics) ,Risk Assessment ,Hazardous Substances ,Occupational medicine ,Occupational Exposure ,Environmental health ,medicine ,Humans ,Quality (business) ,Occupations ,education ,media_common ,education.field_of_study ,Sulfates ,business.industry ,Economic sector ,Public Health, Environmental and Occupational Health ,Cross-Sectional Studies ,Population Surveillance ,Workforce ,Original Article ,France ,Construct (philosophy) ,business ,Algorithms ,Software - Abstract
Background: Job-exposure matrices (JEMs) applicable to the general population are usually constructed by using only the expertise of specialists. Aims: To construct a population based JEM for chemical agents from data based on a sample of French workers for surveillance purposes. Methods: The SUMEX job-exposure matrix was constructed from data collected via a cross-sectional survey of a sample of French workers representative of the main economic sectors through the SUMER-94 survey: 1205 occupational physicians questioned 48 156 workers, and inventoried exposure to 102 chemicals. The companies' economic activities and the workers' occupations were coded according to the official French nomenclatures. A segmentation method was used to construct job groups that were homogeneous for exposure prevalence to chemical agents. The matrix was constructed in two stages: consolidation of occupations according to exposure prevalence; and establishment of exposure indices based on individual data from all the subjects in the sample. Results: An agent specific matrix could be constructed for 80 of the chemicals. The quality of the classification obtained for each was variable: globally, the performance of the method was better for less specific and therefore more easy to assess agents, and for exposures specific to certain occupations. Conclusions: Software has been developed to enable the SUMEX matrix to be used by occupational physicians and other prevention professionals responsible for surveillance of the health of the workforce in France.
- Published
- 2004
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