About
This advanced LC-MS/MS course provides in-depth training in Triple Quadrupole Mass Spectrometry for analytical chemists working in pharmaceutical, clinical, environmental, and forensic laboratories. The program focuses on the principles and practical implementation of tandem mass spectrometry (MS/MS) for quantitative analysis. You will learn the physical foundations of triple quadrupole instrumentation, including ion generation, mass filtering, collision-induced dissociation (CID), and product ion detection. The course explains Q1 precursor selection, Q2 collision cell fragmentation, and Q3 product ion analysis within the context of Multiple Reaction Monitoring (MRM) workflows. Special emphasis is placed on quantitative method development, including transition selection, dwell time optimization, collision energy tuning, signal-to-noise improvement, and mitigation of matrix effects and ion suppression. Instrument parameters affecting sensitivity, selectivity, dynamic range, and reproducibility are analyzed in practical laboratory context. Troubleshooting modules address common LC-MS/MS issues such as low sensitivity, unstable signals, poor peak shape, mass drift, contamination, carryover, and source instability. Designed for professionals who already understand basic mass spectrometry concepts, this online triple quadrupole MS/MS training builds the expertise required to design robust quantitative assays and confidently operate advanced LC-MS systems.
You can also join this program via the mobile app. Go to the app