- Elisabeth Cardis
- Funded by
- US National Institute for Health
The current project aims to exploit the information on occupational exposures collected within the INTERPHONE study. It has three specific aims:
To evaluate the possible association between the occupational exposure to EMF and tumors of the brain and central nervous system (specifically, glioma and meningioma).
To evaluate the possible association between selected occupational chemical exposures and tumors of the brain and central nervous system (specifically, glioma and meningioma).
To investigate the possibility of synergism and/or confounding between chemical and EMF exposures on the risk of brain cancers.
To achieve these substantive aims, the following operational objectives were set:
To transform the occupational history and questionnaire data into meaningful indices of EMF.
To devise and implement methods for transforming job histories into occupational chemical exposure information.
Occupational exposure to EMF (both ELF and RF/MW) and selected chemicals are being assessed for all the study subjects using validated job-exposure matrices, which were developed within this project. The assessment of EMF exposure is being refined by consolidating information obtained from the JEM with data on exposure variations related to the specific industry in which a subject worked, to the tasks he or she performed and to the actual sources of exposure, available from the INTERPHONE questionnaire.
For chemicals, the JEM based estimates are been compared to estimates derived by occupational hygienists using the more detailed occupational histories in Canada, France, New Zealand and the UK, thereby providing an indication of the validity of the classification.
Finally, analyses of the relationship between brain tumor risk and exposure to EMF and to the chemicals of interest will be carried out. Further analyses of possible interactions between EMF and specific chemicals will also be conducted.
Principal Investigator (PI)
- Elisabeth Cardis Head of the Radiation Program
Other projectsSee Past Projects
Generalized EMF research using novel methods. An integrated approach: from research to risk assessment and support to risk management
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