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Galmed Unveils Novel Pharmacodynamic Blood Markers for Aramchol, the Most Clinically Advanced SCD1 Inhibitor

In This Article:

  • Analysis of blood samples from patients treated with Aramchol in ARMOR (Ph3 MASH Study) provides new and important insights into the biochemical and physiological effects of the drug.

  • The pharmacodynamic signature associated with Aramchol treatment revealed a decrease in markers of chronic systemic inflammation, oxidative and cardiac stress, and atherosclerotic plaque pathogenesis.

  • Data also show a significant decrease in ANP (Atrial Natriuretic Peptide), a clinically validated marker for heart failure.

TEL AVIV, Israel, April 15, 2025 /PRNewswire/ -- Galmed Pharmaceuticals Ltd. (Nasdaq: GLMD) ("Galmed" or the "Company"), a clinical-stage biopharmaceutical company dedicated to developing novel treatments for liver, cardiometabolic, and gastrointestinal oncology indications, today announces the unveiling of novel pharmacodynamic (PD) blood markers for its lead compound, Aramchol, the industry's most clinically advanced SCD1 inhibitor. These newly identified biomarkers shed fresh light on Aramchol's potential far beyond its role in NASH (MASH) therapy—offering a deeper understanding of the drug candidate's biochemical impact and presenting an exciting opportunity to enhance clinical decision-making and expand into additional disease areas.

(PRNewsfoto/Galmed Pharmaceuticals Ltd.)
(PRNewsfoto/Galmed Pharmaceuticals Ltd.)

In collaboration with Proteas Health, a leader in innovative protein biomarker and targeted assay development, Galmed has pinpointed plasma markers that track Aramchol's therapeutic impact through cutting-edge proteomics and AI technologies. Specifically, a panel of 70 proteins expressed at Week 12 of Aramchol treatment (compared with baseline) was captured in the Company's Phase 3 ARMOR MASH study. This panel forms an actionable, single blood-based pharmacodynamic signature to monitor and potentially predict patient response, encompassing both systemic and local (liver) effects.

Galmed's analysis revealed that this signature aligns with reduced chronic systemic inflammation, oxidative stress, and atherosclerotic plaque pathogenesis—key drivers in cardiometabolic diseases. Significantly, the data also demonstrate a marked reduction in ANP (Atrial Natriuretic Peptide), widely recognized as an established clinical biomarker for heart failure and left ventricular dysfunction. Moreover, the findings indicate a stimulated expression of KDM4C, a protein known to play a role in repressing liver fibrosis. Altogether, these insights underscore Aramchol's broad therapeutic relevance and create valuable opportunities for Galmed to expand its clinical pipeline and address additional cardiometabolic and potentially oncological indications.