Join us for an informative webinar on 18th October at 14:00 CEST. where we'll unveil our innovative in-house method for studying Extractables and Leachables (E&L) substances in common medical and pharmaceutical-grade plastics. We'll dive into the analysis of nylon, polyurethane, and PVC (epoxidized soybean oil) oligomers, showcasing our approach that leverages multiple advanced detectors to analyze a wide range of analytes with diverse chemical properties.
Our method incorporates an ingenious inverse gradient technique, fine-tuned with an in-line mixer and optimized gradient delay times. We'll demonstrate the application of a previously published calculation to determine analyte behavior, classifying them as non-volatiles or semi-volatiles using CAD (Charged Aerosol Detection).
By attending, you'll discover how our approach minimizes inter-analyte response factor variation, enhancing quantitative accuracy and reducing uncertainty in setting analytical evaluation thresholds. Ultimately, our method is designed to meet crucial requirements in E&L studies, ensuring efficient and cost-effective protection against potentially harmful substances. Don't miss this opportunity to stay at the forefront of E&L research.
How HPLC-CAD Analysis Can Allow You to See Hidden Extractable Oligomers
Katherine Lovejoy - Thermo Fisher Scientific
Roundtable and Q and A discussion
Who should attend: