The challenges for analytical science laboratories performing nitrosamine analysis relate to high sensitivity that must be achieved to fulfill the regulation requirements, and selectivity that is critical to avoid false positive non-compliant results. It is essential to analyze nitrosamines that can accidentally occur in pharmaceutical products as they are carcinogen impurities. The limits imposed by the current regulations are stringent and could potentially be lowered in the future to ensure patients safety. In this webinar, we will discuss the Thermo Fisher Scientific GC-MS solutions that help analytical laboratories to overcome the challenges of nitrosamine analysis. We will look at targeted quantitation using GC-MS and GC-MS/MS coupled with headspace sampling and high-resolution accurate mass using accurate mass confirmation of nitrosamines, allowing expanded scope of analysis and retrospective analysis of samples.
Giulia Riccardino is a senior applications specialist for the GC-GC/MS business unit. Before joining Thermo Fisher Scientific she worked for more than 10 years as a biologist in a clinical and toxicology lab where she had extensive experience with both gas and liquid chromatography. She started at Thermo Fisher as a product specialist for GC standalone and autosamplers and relocated to Runcorn (UK) to join the applications specialist team. Giulia holds a degree in Biology from the University of Milan with a further Specialization in Clinical Biochemistry.