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The power of metabolomics can provide vast insights into biological systems, delivering information about the biochemistry of a person, plant or animal, as well as the microbiome, the exposome, and lifestyle factors.
This webcast will describe how the Patti lab has developed comprehensive LC-tMSn techniques to confidently profile biological samples using novel untargeted data acquisition schemes and software and then transition them to the Thermo Scientific Stellar mass spectrometer for targeted quantitation. In addition, the webinar will go deeper into the hardware and software advancements that improve performance and maximize productivity using fast LC gradients to handle increased study sizes.
You will learn:
- How to acquire and process untargeted data to identify putative metabolite biomarkers
- How to leverage the untargeted data to automate highly multiplexed LC-tMSn acquisition on the Stellar mass spectrometer
- The analytical capabilities of Stellar mass spectrometer to acquire fast and sensitive targeted-MS2 and -MS3 to expand quantitative assessment to a wider range of molecular species
About the presenters
Gary Patti, PhD, Senior Director of the Center for Mass Spectrometry & Metabolic Tracing Washington University
Gary Patti, PhD, is the Michael and Tana Powell Professor at Washington University in St. Louis, in the departments of chemistry, genetics, and medicine, the Senior Director of the Center for Mass Spectrometry & Metabolic Tracing, Director of the Clinical Research Core in Medicine, and CSO and Co-Founder of Panome Bio.
Bashar Amer, PhD, Metabolomics Vertical Marketing Manager
Thermo Fisher Scientific
Bashar Amer, PhD, a Metabolomics Vertical Marketing Manager and Metabolomics scientist on Thermo Fisher Scientific's vertical marketing team, specializes in LC-MS and GC-MS technologies. His work involves developing end-to-end metabolomics workflows using innovative Thermo Scientific Orbitrap- and linear ion trap-based mass spectrometers and advanced software solutions.