Duke’s Integrated Toxicology & Environmental Health PhD unites molecular toxicology, exposomics, and policy analysis to tackle pollution’s hidden toll. Researchers profile PFAS in drinking water, apply high-content screens to developmental neurotoxicity, and monetize health co-benefits of clean-energy transitions. Field internships with EPA and the UN position graduates as science-based policy leaders.
High-throughput zebrafish assay for endocrine disruptors
Metabolomic fingerprinting of wildfire smoke exposure
AI model linking pesticide drift maps to birth-defect registries
Citizen air-sensor network validating satellite NO₂ data
CRISPR reporter cell line for oxidative stress pathways
Policy memo on PFAS regulation thresholds
Blockchain chain-of-custody for hazardous-waste disposal
VR exhibit on micro-plastic journeys through food webs
Life-cycle assessment of biodegradable packaging toxins
Data-viz dashboard of chemical releases and EJ communities
Nano-biosensor detecting heavy metals in school fountains
Comparative study of green-chemistry curricula impacts
Open-source toxicokinetic modeling toolkit
Serious game teaching children about household chemical safety
Meta-analysis of climate change amplifiers of pesticide toxicity
Link bench science to policy action for a toxin-safer world with Duke.
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