Mechanisms of cellular membrane shape transitions: from lipids to FEME

When:
December 5, 2024
3:30 p.m. to 5 p.m.
Where:
Undergraduate Library, Bernath Auditorium
Event category: Seminar
In-person

Third Annual Richard Barber and Ratna & Vaman Naik Endowed Lecture in Interdisciplinary Physics

 

Tobias Baumgart (University of Pennsylvania)

Professor of Physical & Biological Chemistry
Professor of Chemical & Biomolecular Engineering

 

Title: "Mechanisms of cellular membrane shape transitions: from lipids to Fast Endophilin Mediated Endocytosis"

Abstract: "The process of endocytosis is of tremendous biomedical interest since it enables numerous pathogens to enter the cell, including bacteria, viruses, and bacterial toxins. Despite having been the subject of an extraordinary amount of published research, key questions remain regarding mechanisms of initiation and regulation. Focusing on a recently discovered clathrin-independent pathway that enables fast response to receptor stimulation, we aim to improve the understanding how membrane shape transitions are regulated in healthy and pathological conditions. We will discuss membrane shape regulation in several different layers of complexity, beginning with the lipid bilayer itself and all the way to the question of how cytoskeletal interactions help shape biological membranes.

 

Contact

Sergei Voloshin
sergei.voloshin@wayne.edu

Cost

Free
December 2024
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