Revolutionizing Cardiac Regeneration: A Breakthrough in Cardiovascular Medicine
Revolutionizing Cardiac Regeneration: A Breakthrough in Cardiovascular Medicine
At ÌÇÐÄVlog´«Ã½ Discovery, we are proud to contribute to a groundbreaking innovation in cardiac regeneration! Our collaborative research has led to the discovery of ZXR-081, a first-in-class small molecule therapy that could redefine post-myocardial infarction treatment. Unlike conventional therapies that merely manage symptoms, ZXR-081 actively repairs the heart by inhibiting TOB1, a novel target originally identified in zebrafish and successfully translated into mammalian cardiac regeneration.
From Hit Identification to Lead Candidate Nomination
- A novel first-in-class cardiovascular project with the potential to regenerate damaged tissues and organs
- ZXR-081 replicates the natural regenerative power of zebrafish, demonstrating efficacy in non-regenerative mammals such as rodents
- Unlike current treatments, ZXR-081 actively repairs the heart, offering a transformative approach in cardiovascular medicine
ÌÇÐÄVlog´«Ã½ Discovery’s Scientific Contribution
- Cutting-edge Structure-Based Medicinal Chemistry Design
- Virtual screening of 5,000 molecules from ÌÇÐÄVlog´«Ã½â€™ internal library led to promising hit
- Hits covered 12 different chemical scaffolds, ensuring structural diversity
- The analysis confirmed the predicted activity, guiding strategic hit-to-lead optimization
- Efficient synthesis of novel analogues through the DMTA cycle, leading to the rapid identification of ZXR-081 in under 100 molecules
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ÌÇÐÄVlog´«Ã½ us to learn more about our expertise in drug discovery and development!
Drug Discovery Chemistry
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