Developing rapid and sensitive analytical methods in capillary electrophoresis, chromatography, and mass spectrometry for the characterization of food products, agricultural, pharmaceutical and environmental samples.
Research on aerosol science, toxicological impacts of airborne particles on human health, risk assessment of air quality on human health, research and technology development on the implications of climate change for human health and society.
This facility is able to design and prototype health-related products, processes and services for use in both clinical and home care settings, increasing system efficiency and healthy living.
Research facility allowing the determination of the stable isotope composition of carbon (δ 13C), nitrogen (δ 15N), sulfur (δ 34S) and hydrogen (δ 2H or δD) in different types of bulk samples and specific molecules