👏👏👏 Check out this very cool story on a Tumor secreted protein causing cachexia by altering TGF signaling, by my colleague and friend @BerrielDiaz and led by amazing postdoc @JulianoMacha17. Happy I could contribute a tiny bit 💞
🚨 New publication in Cancer Discovery!
Our study identifies ADAMTSL4 as a previously unknown driver of #CancerCachexia and a promising therapeutic target.
Congratulations to Juliano Machado, Stephan Herzig, Mauricio Berriel Diaz & all collaborators!
🔗https://t.co/8alqN0viye
Heute in @zeitonline ein Artikel zur @HyperMet Forschungsgruppe. Bimagrumab-Studien bestätigen, dass die Stimulation von Muskelhypertrophie anti-Adipositas und anti-Diabetes-Effekte hat, die fast genauso stark sind wie die, die mit der Abnehmspritze (GLP1-RAs) erreicht werden.
Join the DGMet & HyperMet Exercise Metabolomics Symposium!
🗓️ 6 Aug 2026 | ⏰ 16:00–18:00 CEST
🎤 Cora Weigert, Dirk Weber & Tim Havers
Topics: exercise metabolomics, N-acetylated amino acids & oral protein tolerance test. Everyone welcome!
🔗 https://t.co/Lhoc9DW1dj
💫 I'm excited to share our new Comment @NatureRevEndo, calling to reframe #cancercachexia from malnutrition to treatable metabolic disease: https://t.co/v8puKO5aVx
Emerging evidence shows that cachexia is a systemic metabolic disease - one that deserves earlier recognition, better monitoring and targeted interventions. Reframing cachexia in this way could help improve quality of life, treatment tolerance and, ultimately, patient outcomes.
🚨 Abstract submission closes TOMORROW!
Don't miss your chance to present your research at the 13th Helmholtz Diabetes Conference in Munich.
📅 September 21–23
➡️ "Diabetes Across the Lifespan"
📌 Flash Talks • Poster Sessions • Awards
🔗 Submit now: https://t.co/bgLCEWAQMH
ICYMI: What drives metabolic dysfunction and body wasting in cancer #cachexia?
https://t.co/PHjO2GthRb
Here, Pauline Morigny @MorignyPauline Maria Rohm @RohmMaria & team @HelmholtzMunich find high circulating ceramides define cancer cachexia in mice and patients. And targeting ceramide synthesis counteracts mitochondrial dysfunction, impaired energy homeostasis, and muscle atrophy in cachectic mice.
The image: In primary hepatocytes, ceramides interfere with mitochondrial branching and junctions, inducing cachexia-like phenotypes.
#Metabolism #Ceramide
Liver-derived ceramides link metabolism to tissue wasting in cancer cachexia: https://t.co/1YiYwMG1HA
Norbert Perrimon, Kerui Huang @perrimonlab, Marcus D. Goncalves @marcusdgon@nyugrossman provide a Commentary on Morigny et al.: https://t.co/PHjO2GthRb
@MorignyPauline@RohmMaria #Cachexia #Metabolism #Ceramide
@girishkaitholil@MorignyPauline@helmholtz_diabc Thank you. We have indeed shown in a previous publication that elevated circulating ceramides can be detected early in cachexia. It can be an early warning sign. Treatment windows will have to be defined in the future
@MorignyPauline@HelmholtzMunich@helmholtz_diabc You are amazing! This beautiful paper is evidence of your creativity, perseverance and scientific rigor. Success is the tip of an iceberg made of hard work, collaboration and trust in the process. Honor to have worked with you @MorignyPauline 🙏❤️