This Protein Patch Can Heal Hearts Following Heart Attacks
Rahul Kalvapalle — September 24, 2015 — Tech
References: jacobsschool.ucsd.edu & gizmag
Researchers at Stanford University and the University of California (San Diego) have developed an innovative protein patch that could be used to return the heart to normal function following a heart attack.
This protein patch is designed to exhibit the same degree of elasticity as regular fetal heart tissue, and is constructed to release the protein over time. The patch was applied to mouse and pig hearts that had suffered from attacks, and was found to promote regeneration of tissue.
While many heart attack sufferers survive, these events can cause permanent damage to the heart and affect its ability to pump blood. This simple protein patch has been shown to return the heart to normal functioning in animals, and it is hoped that such technology could one day be applied to humans.
This protein patch is designed to exhibit the same degree of elasticity as regular fetal heart tissue, and is constructed to release the protein over time. The patch was applied to mouse and pig hearts that had suffered from attacks, and was found to promote regeneration of tissue.
While many heart attack sufferers survive, these events can cause permanent damage to the heart and affect its ability to pump blood. This simple protein patch has been shown to return the heart to normal functioning in animals, and it is hoped that such technology could one day be applied to humans.
Trend Themes
1. Regenerative Medicine - Developing protein patches that promote tissue regeneration for medical applications such as heart repair.
2. Elastic Biomaterials - Creating biomaterials with the same elasticity as fetal heart tissue for improved tissue regeneration and repair.
3. Targeted Drug Delivery - Exploring the use of protein patches as a method for controlled release of therapeutic proteins for specific tissue regeneration.
Industry Implications
1. Biotechnology - The biotech industry can leverage regenerative medicine approaches like protein patches for developing advanced therapies to treat various conditions.
2. Medical Devices - The medical device industry can explore the development of elastic biomaterials for innovative products that aid in tissue repair and regeneration.
3. Pharmaceuticals - Pharmaceutical companies can explore targeted drug delivery systems using protein patches to enhance therapeutic efficacy in tissue regeneration applications.
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