Jorge Fernando Toro-Vazquez, Ph.D. in Food Chemistry from Cornell University, he was Head of the Department of Chemistry (1996-2008) and Vice-president of Research and Graduate Study (2009-2019) at the UASLP, currently working as a Professor at the Department of Chemistry, Laboratory of Physical and Chemical Properties of Foods at the UASLP. He has published more than ninety peer-reviewed papers and several book chapters, mainly in the area of studying the chemical and physical properties/behavior of foods and food components in simple and complex model systems. His current research projects are associated with phase transitions and structural organization of lipids (i.e., crystallization, gelation and in general molecular-self assembly), and their application in vegetable oil processing and the development of novel lipid-based trans-free food products. Dr. Toro-Vazquez is an associated editor of the Journal of the American Oil Chemist's Society, reviewer of several scientific journals, and is an active member of the Mexican Academy of Sciences, the American Oil Chemists Society, the Institute of Food Technology, and has been awarded the maximum level or recognition by the CONACYT (SNI 3). Dr. Toro-Vazquez also works as a consultant of several international food and cosmetic companies associated with the production of lipid-based products (i.e., Bimbo, Campbell’s, Glaxo-Smith-Kline, FUSONI, FOAMIX, Cargill, MULTICERAS, Ragasa Industrias, Palsgaard Industries). The CONACYT has awarded him twice with the National Award in Food Science and Technology (México), and in 2017 he received the “Timothy L. Mounts” award from the American Oil Chemists’ Society (USA).

1. Food Science and Technology
2. Physicochemistry of Food
3. Molecular self-assembly
4. Phase transition of biomolecules

1. Physical Chemistry of Food
2. Micro and Nanostructures in Food Systems

1. Relationship between the physcochemical properties of skin-health products, processing variables and product shelf-life
   01/06/2016 - 15/12/2020
   FOAMIX Industries