FOR SECURITY PURPOSES - because Internet Explorer is no longer supported by Microsoft, we suggest that you interact with our secure site through one of our supported browsers - Google Chrome, Firefox, or MS Edge. If you continue to use this website with Internet Explorer you do so at your own risk and you may encounter problems.
Per- and polyfluoroalkyl substances (PFAS) continue to pose analytical challenges due to their chemical diversity, low detection limits, and presence across a wide range of complex matrices. Over the past two years, PFAS testing has become a critical focus for food safety, environmental, and clinical laboratories.
In this joint webinar, Phenomenex and SCIEX present the latest innovations in PFAS analysis, with a spotlight on short-chain PFAS and emerging contaminants. Learn how cutting-edge sample preparation techniques and high-sensitivity LC-MS/MS workflows are enabling robust, reproducible detection in diverse matrices.
Through real-world applications and collaborative research, we’ll showcase ready-to-implement solutions that streamline workflows and enhance data confidence—empowering laboratories to meet evolving regulatory and scientific demands.
Innovating PFAS Workflows: Advanced Sample Prep and LC-MS/MS for Emerging Contaminants
Per- and polyfluoroalkyl substances (PFAS) continue to pose analytical challenges due to their chemical diversity, low detection limits, and presence across a wide range of complex matrices. Over the past two years, PFAS testing has become a critical focus for food safety, environmental, and clinical laboratories.
In this joint webinar, Phenomenex and SCIEX present the latest innovations in PFAS analysis, with a spotlight on short-chain PFAS and emerging contaminants. Learn how cutting-edge sample preparation techniques and high-sensitivity LC-MS/MS workflows are enabling robust, reproducible detection in diverse matrices.
Through real-world applications and collaborative research, we’ll showcase ready-to-implement solutions that streamline workflows and enhance data confidence—empowering laboratories to meet evolving regulatory and scientific demands.