Streamlining PFAS Analysis with Automated Sample Preparation and LC/MS
Learn how automated sample preparation with the CTC PAL3 RTC and Agilent LC/MS/MS can streamline PFAS analysis in concrete and other solid environmental matrices.
Trace Elemental Analysis: Ask the Expert
Having challenges with ICP-OES or ICP-MS? Join this live Q&A session and ask trace elemental analysis experts about standards, sample prep, and analytical issues.
LC Troubleshooting PT 1 - Columns
Join us for the first part of the LC troubleshooting webinar series. You’ll learn how to resolve column-related issues and how to optimise column maintenance.
From Chromatography Fundamentals to Biological Discovery: Real-World Lessons from High-Throughput Metabolomics
Join our webinar on high-throughput metabolomics. Discover how solid-core particle technology accelerates polar metabolite analysis.
Volatile PFAS Analysis for Industrial Monitoring: From Materials Emissions to PFAS Destruction
Volatile PFAS analysis with TD-GC-MS and GC-HRMS! Implement ASTM D8591-24 and EPA OTM-50 standards for material emissions and PFAS destruction.
Agilent Resources for Making Your Atomic Spectroscopy Workflow Easier
Want to streamline your atomic spectroscopy workflow? Discover key Agilent digital tools, shortcuts, and resources.
The Analysis of 12 Cannabinoids in Whole Blood by LC-MS/MS
Join the Phenomenex webinar on analyzing 12 cannabinoids in whole blood by LC-MS/MS. Discover simple sample prep techniques.
Update on Mineral Oil Hydrocarbons
Join the webinar on updated EU limits for mineral oil hydrocarbons (MOSH/MOAH). Prepare your food and packaging for the 2027 regulations.
AI-Ready: Artificial Intelligence in Proteomics Research and Practice
Join the US HUPO webinar on AI in proteomics research. Discover practical solutions to integrate artificial intelligence into your proteomics workflows.
Gain new insights for environmental, food and forensic investigations: See EA-IRMS in action
Join the Thermo Fisher Scientific webinar on EA-IRMS. Discover how stable isotope analysis determines origin and authenticity in food and forensics.
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