
Simon Sedej
@simon_sedej
Associate Professor of ❤️ Physiology | Medical University of Graz | Cardiovascular research and longevity science | HFpEF | Fan of 🇸🇮 🏀 team.
ID: 796705858780590080
https://www.medunigraz.at/kardiologie-forschung/minotaur/ 10-11-2016 13:27:33
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The best part of ISHR2025 in Nara world congress countless catch ups, coffees, dinners and cocktails with 🌍scientific family 🫀🫶🏻 Dr Kate Weeks Anja Karlstaedt Simon Sedej Luc Bertrand Prof Rebecca Ritchie Heather Group Kim Mellor Lea Durham Delbridge Bell-Lab: Cardiac Disease Mechanisms John R. Ussher Davor Pavlovic


Our work has been selected for the May @circres Podcast! Listen the interview with Francesco Paneni and #SarahCostantino about the role of chromatin remodeling in #HFpEF Marialucia Telesca Shafeeq mohammed Era Gorica Natalia Atzemian Ludovica Di Venanzio Alessia Mongelli Nazha Hamdani

Pleased to share our latest paper Inhibition of Adipose Tissue Lipolysis Treats Obesity-Related HFpEF Mahmoud Abdellatif Med Uni Graz Circulation Research ahajournals.org/doi/10.1161/CI…



CardioTomLuscher Simon Kraler, congratulations and very well deserved! We are also proud of you.

Circulation Research May 23rd Issue is Out! Compendium on Interorgan Crosstalk in Heart Failure and Cardiometabolic Diseases In this issue read 14 reviews & 5 Research Letters: ahajrnls.org/4kaMnLo Gabriele G. Schiattarella Maria Kontaridis


The compendium on interorgan crosstalk in HF is finally out. Glad we have contributed a research letter showing that inhibition of adipose tissue lipolysis treats obesity-related HFpEF. Circulation Research Mahmoud Abdellatif Prof. Dr. Andreas Zirlik Med Uni Graz COST Action EU-METAHEART ahajournals.org/doi/10.1161/CI…

Circulation Research Compendium on Interorgan Crosstalk in #HeartFailure and #Cardiometabolic Diseases @Instckner et al Research Letter "Inhibition of #Adipose Tissue #Lipolysis Treats #Obesity-Related #HFpEF" ahajrnls.org/43EBJFH Simon Sedej Prof. Dr. Andreas Zirlik @mah_abdellatif


🚨New from our group in Circulation Research We identify a FoxO1-zDHHC4-CD36 S-acylation axis driving metabolic + contractile dysfunction in the diabetic heart. Blocking this pathway reprograms FA metabolism and improves heart function. Read more: 🔗 ahajournals.org/doi/full/10.11…

Kaitlyn Dennis et al found #FoxO1-zDHHC4-#CD36 S-acylation axis drives metabolic dysfunction in #diabetes. Learn more at ahajrnls.org/3Zpvc0g @heatherlab.bsky.social Heather John R. Ussher Will Fuller Dunja Aksentijevic Ricciarelli Marcos Castro Guarda @ujangpurnama
