Gene that triggers senescence identified
University at Buffalo - 22-Jun-2018The gene for CD36 becomes more active in older cells and it may be key for the aging process
Join the club for FREE to access the whole archive and other member benefits.
Associate Professor at University at Buffalo, Department of Chemistry.
Bioorganic and medicinal chemistry: Understanding the involvement of lipids in different cell fates; LC-MS based lipidomics; biochemical characterization of lipids of interest
Lipids are a broad class of biomolecules whose primary role is to form the permeability barriers, which define cellular borders and compartments within them. Increasingly, they are recognized to play critical roles as signaling molecules both within cells and between cells, as lipids themselves, or following transformation by hydrolysis, oxidation or other modifications. As a chemical biologist, my research focuses on investigating the role of lipids and lipid-derived metabolites in different cellular processes, which I think provide a major and unexplored area of biochemistry that is ripe for discovery and therapeutic applications.
Visit website: https://arts-sciences.buffalo.edu/chemistry/faculty/faculty-directory/atilla-gokcumen.html
See also: University at Buffalo - Largest public university in the State University of New York system
Details last updated 05-Feb-2020
The gene for CD36 becomes more active in older cells and it may be key for the aging process