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Respiratory health effects of air pollutants |
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Exposure-response models for occupational health studies, healthy worker survivor bias, and occupational respiratory disease. |
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Katharine Hammond [profile] |
Exposure of construction workers to lead and relationship to blood lead levels, environmental tobacco smoke exposures, measurement of urinary solvent metabolites and the relationship to other exposure assessment parameters |
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Children's environmental health, molecular epidemiology, human cytogenetics, reproductive toxicology |
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Richard J. Jackson [profile] |
Health policy as related to housing, transportation, agriculture, and economic policy; specific effects of the built environment on health; effects of toxic substances especially pesticides on health; biomonitoring and new tools in environmental health |
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Spatial analysis of disease-exposure associations using Geographic Information Science; geographic exposure modeling, land use characterization. |
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Combustion processes: emission, monitoring, and intervention |
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Risk assessment methods, mass transfer at environmental and human/environment boundaries, model uncertainty and reliability in exposure/risk assessment, environmental and occupational radioactivity, biotransfer and bioconcentration |
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Mathematical modeling of contaminant emission and dispersion in air, probability modeling of airborne infectious disease transmission |
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Stephen M. Rappaport [profile] |
Exposure biology, exposure assessment, human metabolism of toxic chemicals, and statistical models of human exposure
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Christine Skibola [profile] |
Genetic susceptibility to leukemia and lymphoma; biological effects of dietary phytochemicals on human health and disease with an emphasis on sex hormone metabolism |
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Environmental and health implications of economic development, health-damaging air pollution in developing countries, co-benefits (warming and ill-health reductions) of greenhouse gas controls, policy and regulation applications of exposure assessment |
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Causes of leukemia and lymphoma, metabolism and toxicity of benzene, applying 'Omic' technologies to develop biomarkers of exposure, early effect and susceptibility in humans |
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Mathematical modeling of toxicological and infectious processes and statistical issues in exposure assessment |
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Mechanisms of bone marrow toxicity caused by benzene, application of FISH as a biomarker in studies of childhood leukemia and other types of cancer, application of gene expression profiling in molecular epidemiology and RNAi |
