Dr. Eric R. Greene
@egreene.bsky.social
Asst. Prof. @SFSU. postdoc @fraser_lab, PhD @UCBerkeley teaching how to take pictures of proteins. (he/him)
Special thanks to our collaborators on this project the Kollman lab at UW and @bonomimax.bsky.social for their tremendous contributions and insight. Keep an eye out for future work on GS regulatory mechanisms here!
www.egreenelab.org/publications/
www.egreenelab.org/publications/
Publications
Understand how protein motions contribute to enzyme catalysis, regulation, and protein turnover for large enzyme complexes by combining cryoEM with enzymology techniques
www.egreenelab.org
July 9, 2025 at 6:33 PM
Special thanks to our collaborators on this project the Kollman lab at UW and @bonomimax.bsky.social for their tremendous contributions and insight. Keep an eye out for future work on GS regulatory mechanisms here!
www.egreenelab.org/publications/
www.egreenelab.org/publications/
Using #cryoEM with MD ensemble refinements, biochemical interrogation, and cellular assays, we propose that human glutamine synthetase (GS) is subject to product based feedback inhibition via an allosteric, filament formation mechanism.
July 9, 2025 at 6:33 PM
Using #cryoEM with MD ensemble refinements, biochemical interrogation, and cellular assays, we propose that human glutamine synthetase (GS) is subject to product based feedback inhibition via an allosteric, filament formation mechanism.