Traditional formulations of Aramchol typically see 80% to 90% of the drug accumulate in the liver, leaving little therapeutic impact on the heart. By utilizing FDA-approved lipids and an AI-enabled screening platform, the companies successfully redirected the drug's biodistribution. This platform allows for the rapid testing of hundreds of nanoparticle candidates to identify those capable of engaging specific disease-driving cells, such as cardiac fibroblasts.
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Galmed and Barcode Nanotech Develop Heart-Targeting Aramchol Formula
Galmed Pharmaceuticals has partnered with Barcode Nanotech to engineer a novel lipid nanoparticle formulation designed to bypass the liver and deliver the drug Aramchol directly into heart tissue. This scientific pivot aims to combat cardiac fibrosis, a primary driver of heart failure that currently lacks targeted therapeutic solutions.
Cardiac fibrosis remains a significant medical challenge, contributing to the progression of heart failure in millions of patients globally. The collaboration hopes to establish a new standard for disease-modifying therapies in cardiovascular medicine. While Galmed continues to focus on its gastrointestinal oncology portfolio, including the commercialization of CG-100, this development represents a strategic expansion into cardiometabolic disease, potentially laying the groundwork for a broader generation of targeted cardiac treatments.
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