Environmental Health Perspectives · 2005 · 86 citations · 19 references
Public HealthChild HealthEnvironmental SciencesEnvironmental HealthEnvironmental ToxicologyPediatric EpidemiologyChild Health EpidemiologyDose-exposure RelationshipsEnvironmental EpidemiologyEnvironmental ExposuresExposure AnalysisExposure AssessmentAdverse Health EffectsBiological ExposuresChildhood Environmental ExposureChildren's ExposureDose Estimation In ChildrenEnvironmental Exposure AssessmentExposure CharacterizationHealth Outcomes Analysis
The science of exposure assessment is relatively new and evolving rapidly with the advancement of sophisticated methods for specific measurements at the picogram per gram level or lower in a variety of environmental and biologic matrices. Without this measurement capability, environmental health studies rely on questionnaires or other indirect means as the primary method to assess individual exposures. Although we use indirect methods, they are seldom used as stand-alone tools. Analyses of environmental and biologic samples have allowed us to get more precise data on exposure pathways, from sources to concentrations, to routes, to exposure, to doses. They also often allow a better estimation of the absorbed dose and its relation to potential adverse health outcomes in individuals and in populations. Here, we make note of various environmental agents and how best to assess exposure to them in the National Children's Study--a longitudinal epidemiologic study of children's health. Criteria for the analytical method of choice are discussed with particular emphasis on the need for long-term quality control and quality assurance measures.
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Neil E. Klepeis, William Nelson, Wayne R. Ott et al. · Journal of Exposure Science & Environmental Epidemiology · 2001 · 4.7K citations · Full text
Quality assurance of chemical measurements
J.K. Taylor, Roy L. Tranter · Analytica Chimica Acta · 1989 · 689 citations
Paternal concentrations of dioxin and sex ratio of offspring
Paolo Mocarelli, Pier Mario Gerthoux, Enrica Ferrari et al. · The Lancet · 2000 · 445 citations · Full text
Pharmacy, Genetics, Toxicology +13