@jct_ucb Jil Tardiff @uarizona describe the structure & function of thin filament protein cardiac TnI, TnC, and TnT and the effect of mutations on their calcium sensitivity @ #KeystoneSymposia on Cardiac Dev & Dz @LabRegnier
Research in our February issue provides new insight into the impact of dATP on mitochondrial function. Read "dATP elevation induces myocardial metabolic remodeling to support improved cardiac function" at: https://t.co/9MCFV5xvAp
@Rongtian2@MichaelRegnier9
Join us today for @UWISCRM Monday Noon seminar with a @UW_CTMR member Christian Mandrycky from the @LabRegnier lab speaking on Modeling distal arthrogryposis with stem cell-derived skeletal muscle!
FUNDING ANNOUNCEMENT for @UW Faculty! @UW_CTMR is happy announce a call for Pilot Grants! Please follow the link for more information.
Due February 15!
https://t.co/M4QMFTHCYu
New paper alert! Giving insights on myosin OFF/ON structural transitions and force prediction in collaboration with @argonne@UW_CTMR@UWBioE@MichaelRegnier9 https://t.co/GvYY8z4mqr
Applications are now being accepted for the summer 2023 ISCRM Research Experience for Undergraduates. Work with scientists at the forefront of regenerative medicine, biology, and engineering. Housing and stipend included! #REU https://t.co/sYxF2oSxG8
Thrilled to share my latest work published @JMCCardiology where we showed that dATP elevation (our favorite myosin activator) remodels cardiac metabolism, which is often derailed in heart diseases, to support improved cardiac function. https://t.co/uNtyJJH78k
#CardioTwitter
Don't forget to join us for the Annual @UW_CTMR Symposium TOMORROW in person and online. We have a fantastic lineup of speakers and posters, with keynotes from Leslie Leinwand and David Warshaw! What a day for all things 💪💪(muscle!) DM for zoom link!