Exposure to per and polyfluoroalkyl substances (PFAS) has been linked with changes in metabolism, increased cholesterol, and high incidence of some forms of cancer. PFAS pose particular challenges in the analytical laboratory due to their ubiquitous nature.
Environmentally, PFAS are of concern because of their high persistence (forever chemicals), bioaccumulation and slow elimination, with potential impacts on human and environmental health. This poster presents an automated and robust, high sensitivity method for the clean-up of 31 PFAS compounds from various biological fluids.
Literature number: P259