Webinars (On-Demand)
Comprehensive Untargeted Lipidomics with Lipostar 2 – From Data to Insight
This webinar explores how LC-HRMS (liquid chromatography–high-resolution mass spectrometry) enables the identification and quantification of a broad range of lipid species without prior selection.
Career Resources, Webinars (On-Demand)
Career Choices between Industry and Academia
Two accomplished food science professionals reflect how their motivations, decisions, and challenges have shaped their careers—and how their work continues to influence the evolving field of food science.
Career Resources, Webinars (On-Demand)
Careers in Surfactants and Detergents: Exploring a Broad and Evolving Industry
This webinar will explore career paths in the surfactants and detergents industry—a field that spans many applications and sectors but does not follow a single, predictable route.
Webinars (On-Demand)
Food Lipidomics: New Trends and the EpiLipidNET Community
Learn about recent developments in analytics and structure for dietary lipids; critical role in health; and sustainable diets.
Webinars (On-Demand)
Dietary Proteins and Gut Microbiota
These talks explore the intricate relationship between dietary proteins and gut microbiota.
Webinars (On-Demand)
Pioneering Lipidomics: From Start-Up Ventures to Breakthrough Innovations
Professor Kai Simons shares his journey from founding successful biotech start-ups to leading groundbreaking research.
Webinars (On-Demand)
How Some Food Makes Us Fat: Causes, Consequences, Solutions
This webinar explores the effects of a poor diet on one’s metabolism, discuss how to monitor fat, and provide some practical tips to reduce the risk of negative health impacts.
Webinars (On-Demand)
Seed Oils: Understanding the Science
This webinar discusses seed oils and their relationship to human health and nutrition.
Webinars (On-Demand)
Sustainable Glycerol Valorization: Next-Generation Catalysts for Mild Reaction Conditions
This webinar explores how catalyst design and reaction conditions influence product selectivity and performance, while highlighting the evolution of liquid-phase glycerol oxidation technologies from traditional monometallic catalysts operating under elevated temperatures and oxygen pressures to next-generation bimetallic systems capable of operating under mild conditions using air as the oxidant.