EXPOSURE SCIENCE

Comprehensive characterization of human and environmental exposures to support risk assessment and management:

• Air quality monitoring, modeling, and data interpretation

• Critical review and synthesis of exposure science literature

• Exposure quantification and evaluation

• Retrospective exposure reconstruction

Application of advanced epidemiologic and statistical methods to evaluate exposure–response relationships:

• Epidemiologic study design, analysis, and data visualization

• Systematic reviews and weight-of-evidence evaluations

• Development of evidence-based guidance for regulatory and public health policy

Science-based evaluation of potential human health risks across occupational, consumer, and environmental settings:

• Quantitative human health risk assessments

• Critical review of TSCA, Proposition 65, and other regulatory evaluations

• Development of occupational exposure limits and health-based benchmarks

• Risk communication strategy and worker training development

Comprehensive toxicological evaluation to inform hazard characterization, risk assessment, and regulatory decision-making:

• Development of toxicological profiles and evaluation of high-priority substances

• Dose–response assessment & quantitative modeling

• Inhalation toxicology and dosimetry modeling

• Study design, management, and interpretation of toxicological data