Now published in @sigtrans_sttt; RNA therapy can directly target the molecular mechanisms underlying heart failure.
Our research shows that PLN-targeted RNA therapy can reverse molecular abnormalities and reduce protein aggregation in PLN cardiomyopathy.
https://t.co/tPPGPeN2oJ
What drives phospholamban cardiomyopathy? In an interview with De Cardioloog, I discuss emerging insights into disease mechanisms and how understanding biology can pave the way toward targeted therapies and precision medicine.
https://t.co/72RTgLgCkD
Celebrating young talent at #HeartFailure26 🌟
Congratulations to this year’s Young Investigator Award winners for their outstanding contributions to heart failure research and clinical practice:
🏆 Aamir Wahhab – Clinical Cardiology
🏆 Frederik Ernst Deiman – Basic Science
🏆 William Baker – Nursing and Allied Professions Congratulations also go to🏆 Anne Koppelaar for the Clinical Case Award
#HFA_ESC #HeartFailure #Cardiology @HFA_President
One of the biggest challenges in genetic heart failure is predicting who will develop disease.
We explored a pre-clinical phase in carriers of a pathogenic variant (PLN R14del), where the heart appears normal, but molecular changes are already unfolding.
https://t.co/EvP8CBgqIY
🎉 Our first collaborative paper of 2026 is out!🫀
We identify AMP as a novel activator of OPLAH, a key enzyme linked to oxidative stress in heart failure, and enable its intracellular delivery using engineered polymeric nanoparticles.Congrats to all!👏
🔗 https://t.co/AKmD6PrCHX
We believe RNA Therapeutics will play an important role in the management of #HeartFailure in the future.
Check out our translational perspective in Journal of Cardiovascular Translational Research: https://t.co/879WCbKZpv
#Cardiology#cardiotwitter#Cardio