PubMed · 1982 · 20 citations · 11 references
PharmacyGeneticsToxicologyEnvironmental ToxicologyIndustrial ToxicologyReproductive ToxicologyEnvironmental GenotoxicantsGenotoxicity AssessmentGenotoxicity TestingMutagenicity AssessmentOccupational Genotoxic ExposureReproductive RiskChemical Mutagen SafetyChemical Mutagen ScreeningDeleterious Mutation EffectsEnvironmental MutagenesisOccupational Surveillance SystemsSurveillance System DesignSurveillance SystemsWorkplace Genetic Surveillance
As industrial populations are exposed to new chemicals and other agents in their work environment, it becomes increasingly important to be able to ascertain any associated genetic risks. The characteristics of a desirable surveillance system for deleterious genetic effects are outlined and the existing or proposed surveillance systems for industrial populations are reviewed against these criteria. At present, monitoring for reproductive loss and infertility seems to be the technique best suited for surveillance of industrial populations. However, monitoring techniques based on these events do not directly assess mutagenicity. Since fetal death and infertility are strongly, but not exclusively, correlated with mutation, these methods can be considered as an early-warning system to indicate when and where more definitive studies are needed.
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INFERTILITY IN MALE PESTICIDE WORKERS
Donald Whorton, RonaldM. Krauss, Sumner Marshall et al. · The Lancet · 1977 · 644 citations
Medicine, Endocrinology, Toxicology +12
Probabilities of Fetal Mortality
Fern E. French, Jessie M. Bierman · Public Health Reports (1896-1970) · 1962 · 209 citations
GENETIC RISKS OF VINYL CHLORIDE
P F Infante, AnthonyJ McMichael, JosephK. Wagoner et al. · The Lancet · 1976 · 105 citations