Nanotechnology, nanotoxicology and NanoEHS
Occupational skin toxicology and skin-lung interactions for reacting chemical systems (e.g. isocyanates, epoxies)
Quantitative exposure assessment for epidemiology and intervention research
Development of integrated in vitro-in vivo platforms for toxicological and risk characterization of nanoparticle emissions from nano-enabled products, such as for CNT-composites and photocopying
Analytical method development in support of biologically-relevant (skin and inhalation) exposure and dose metrics for human health studies
Exploring and field testing new dose metrics for inhalation toxicology, including surface activity of nanoparticles and oxidative stress