PFAS play vital roles in pharma but pose risks as “forever chemicals.” Thermo Fisher’s LC-MS solution enables precise PFAS screening in packaging and processes, ensuring compliance and safety.

Collision-based ion activation, developed nearly 80 years ago, remains the most widely used fragmentation method. Learn about three key techniques on Thermo Scientific MS.

Discover why fragmentation is vital in mass spectrometry for peptide sequencing, protein characterization, and advanced proteomics applications.

Decoupling data acquisition from review in chromatography and mass spectrometry boosts uptime, enables remote access, scales processing, and strengthens compliance.

At the forefront of anti-doping science, LADF under Dr. Magnus Ericsson leverages Thermo Fisher technologies to detect banned substances and ensure fair play.

Nitrosamine drug substance-related impurities (NDSRIs) pose major risks in pharmaceuticals. Learn about their sources, regulations, and detection methods for drug safety.

Speciation analysis with ICP-MS reveals selenium compounds in foods like mushrooms, aiding nutrition research and highlighting risks of deficiency.

Discover Thermo Scientific Compound Discoverer 3.4 – faster processing, improved compound ID, integrated LipidSearch, new QC tools, molecular networking, and Ardia platform support.

Learn how EPA Method 1621 and combustion-ion chromatography (C-IC) help detect PFAS by measuring adsorbable organic fluorine (AOF) in water with high accuracy and sensitivity.

Streamline PFAS analysis in food packaging with the new Thermo Scientific Cindion C-IC system for TOF measurement—efficient, compliant, and optimized for modern regulatory demands.