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Tissue Dynamics, Galmed identify new pathway for heart failure

Created at 2 Jun · 11:45 AM1 source↑ Market-relevant
IN SHORT

Tissue Dynamics has identified a novel metabolic pathway driving cardiac fibrosis and heart failure using human cardiac organoids. This discovery supports the development of Galmed's drug Aramchol for cardiac fibrosis.

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Who's Involved

Tissue Dynamics
Company that identified a new metabolic pathway for cardiac fibrosis
Galmed
Company whose drug Aramchol is supported by the discovery

↳ Why This Matters

The identification of a novel metabolic pathway for cardiac fibrosis and heart failure could lead to new therapeutic strategies for these conditions, potentially improving treatment outcomes for patients.

Key facts

  • Tissue Dynamics identified a new metabolic pathway for cardiac fibrosis and heart failure.
  • The discovery was made using human cardiac organoid models.
  • This pathway is not accessible through conventional animal models.
  • The findings support the development of Galmed's drug Aramchol for cardiac fibrosis.

Tissue Dynamics has announced the discovery of a previously unrecognized metabolic mechanism that drives cardiac fibrosis and heart failure. This breakthrough was achieved using human cardiac organoid models, offering insights into disease biology that are not obtainable through traditional animal testing methods. The identified pathway is crucial for the development of Galmed's drug, Aramchol, which is being investigated for its potential to treat cardiac fibrosis.

Frequently asked questions

Cardiac fibrosis is a condition where scar tissue builds up in the heart muscle, which can lead to heart failure.

Human cardiac organoids are three-dimensional cell cultures derived from human cells that mimic the structure and function of the human heart, used for disease modeling and drug testing.

Aramchol is a drug developed by Galmed that is being investigated for its potential to treat liver diseases and, in this case, cardiac fibrosis.

What Happens Next

01Further development of Aramchol for cardiac fibrosis.

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Cadence

How It Developed

2 Jun · 11:30 AM
Tissue Dynamics discovered a new metabolic pathway for cardiac fibrosis and heart failure using human cardiac organoids, supporting Aramchol's development.
PRN | All News Releases via PiQSuite

Sources

T1
Tissue Dynamics and Galmed Unveil Unknown Metabolic Pathway for Cardiac Fibrosis and Heart Failure which Supports the Development of Aramchol for Cardiac Fibrosism.piqsuite.com

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