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4th Annual CTMR Symposium December 4th 2023!
Save the date for our 4th annual UW Center for Translational Muscle Research (CTMR) symposium. This year the symposium will be an all-day event on Monday, December 4th, 2023 in Seattle, WA at Orin Smith Auditorium. We are planning to have an in-person symposium but will also have a Zoom-in option. Our Keynote speakers this year will be: Douglas Millay, PhD, is a faculty member…

Dr. Nagana Gowda’s CTMR Pilot Project leads to R01 Grant Award
Dr. Nagana Gowda, CTMR Investigator and Research Associate Professor in the Department of Anesthesiology & Pain Medicine, has been awarded an NIH Research Project Grant (R01) thanks in part to CTMR Pilot Grant support. Dr. Gowda’s awarded project is entitled “Quantitative Analysis of Labile Metabolites in Biological Samples” and focuses on addressing the current lack…

Dr. Ru Gunawardane joins CTMR External Advisory Board
We are excited to announce that Ruwanthi (Ru) Gunawardane, Ph.D. is joining CTMR as a member of our External Advisory Board. Ru was recently named Executive Director of the Allen Institute for Cell Science in 2020 after spending five years at Amgen, where she worked on assay development for multiple drug targets spanning oncology, inflammation,…
CTMR 2021 Symposium Schedule and Registration
The finalized schedule for the University of Washington Center for Translational Muscle Research (CTMR) symposium is now available. It will be a fully virtual event again this year, via Zoom, on the afternoon of Monday, November 1 (12-5pm PT) and the morning of Tuesday, November 2 (8am-1pm PT). Our Keynote speakers are Rong Tian, Director of the UW Mitochondria…

Work Presented at the Biophysical Society Annual Meeting
Research work funded in part by the UW Center for Translational Muscle Research (CTMR) was recently presented at the 66th Biophysical Society Annual Meeting in San Francisco, CA. Congratulations to all presenters!

Congratulations to CTMR Team Core D for their JGP May cover showing “A detailed computational model of striated muscle elucidates how mutations and drugs may alter twitch timing. The spatially explicit model simulates myosin motors connected within a compliant, contractile lattice, complete with thin filament regulation and varying mutation penetrance. The model yields data used…