The Small GTPases in Membrane Processes Conference
May 15–20, 2022
Nova Scotia, Canada
May 15-20, 2022
The conference brings together independent investigators and trainees in the basic cell biology community, translational scientists, and clinical researchers, all who have a high interest in small GTPases in membrane processes.
Have questions about the conference? Email us at firstname.lastname@example.org.
Conference sessions will present the latest research and foster discussion on:
- Small GTPases in secretion and endocytosis
- Small GTPases: regulation and signaling
- Coordination with autophagy and beyond
- Structure of GTPases and friends
- Coordination with cell polarity Coordination with the cytoskeleton
- GTPases in cell migration, cancer, and immunity
- GTPases in neurological disorders
- Small GTPases and their machineries as druggable targets
The conference covers nine sessions, two poster presentations, and one poster overview. The “Meet the Experts” sessions, scheduled during group dinners, give registrants the opportunity to sign up for and dine with one of the day’s speakers in a relaxed roundtable atmosphere.
A Career Development Session encourages students, trainees, and early-career scientists to meet with scientists from academia, industry, and government.
View the program agenda.
Nava Segev, PhD
Rytis Prekeris, PhD
Peter McPherson, PhD
Online or by phone at 1(800) 565-5075 - Choose “GROUP ID 2313” for the discounted rate either online or on the phone.
Be in the center of activity: Enjoy quick and easy access to all conference functions and networking opportunities.
Additional protection: FASEB may be able to assist you with any issues that arise with the hotel.
The airport provides information on ground transportation options here.
To request a rideshare with other participants click here. Please note that participation is completely voluntary and the responsibility of the individual. FASEB will not be matching or assigning rides. FASEB is not responsible for any liability or financial obligation that may arise from voluntary matching made using rideshare options.