In Order of Speaker Last Name Alphabetically

• "TBC" - Presented by Prof. Christoph Borchers, McGill University, Montreal, QC
  

• "Reaction Acceleration in Droplet-Based Ionization Methods: Local Acidity Enhancement and Surface-Mediated Neutralization Pathways" - Presented by Prof. Styliani Consta, University of Western Ontario, London, ON
  

• "Measurement and interpretation of multi-omic single-cell data" - Presented by Prof. Leonard Foster, University of British Columbia, Vancouver, BC
  

• "Library-Assisted Mass Defect Analysis (LAMDA): A Universal Method for Structure Analysis" - Presented by Prof. David Goodlett, University of Victoria, Victoria, B.C.
  

• "Sugar Matters: How Protein Glycosylation Shapes Ligand Binding" - Presented by Prof. John Klassen, University of Alberta, Edmonton, AB
  

• "Molecular Insights into Ion and Solvent Dynamics within an ESI Capillary: Electrophoretic Formation of Highly Charged Droplets" - Presented by Prof. Lars Konermann, Western University, London, ON
  

• "A novel supervised learning approach for the real-time optimization of mass" - Presented by Prof. Mathieu Lavallée-Adam, University of Ottawa, Ottawa, ON
  

• "LC-MS platform for metabolic epidemiology: Opening the door to large cohort studies via harmonized sample preparation, sample processing, data analysis" - Presented by Prof. Ian Lewis, University of Calgary, Calgary, AB
  

• "From Analytical Fundamentals to LC-MS Method Development for Deep Metabolomics" - Presented by Prof. Liang Li, University of Alberta, Edmonton, AB
  

• "TBC" - Presented by Prof. Rafa Montenegro Burke, University of Toronto, Toronto ON
  

• "TBC" - Presented by Prof. Jeff Smith, Carleton University, Ottawa, ON
  

• "TBC" - Presented by Prof. Siavash Vahidi, University of Guelph, Guelph, ON
  

• "Study confirms: Mass Spectrometry is now infinitely better than NMR (for Hydrogen Deuterium Exchange, but probably other things too)" - Presented by Prof. Derek Wilson, York University, Toronto, ON
  

• "In <40 minutes from sample to result: PRM-based absolute quantitation after rapid thermolysin digestion, exemplified by rituximab in human plasma" - Presented by Prof. René Zahedi, University of Manitoba, Winnipeg, MB