
How Muscle protects against Heart Disease, without Exercise [Study 277]
Physionic
Apr 3, 2024
Mindsip insights from this episode:
Leverage muscle-derived exosomes to enhance angiogenesis
Muscle-derived exosomes promote the growth of new blood vessels through a pathway that is independent of the common signaling molecule VEGF.
Enhance heart health through muscle's exosome release
Muscle itself, independent of exercise, improves cardiovascular health through the release of vesicles called exosomes.
Leverage angiogenesis to prevent heart attacks
The body can grow new blood vessels (angiogenesis) to create an alternative blood flow around a complete blockage in the heart, potentially preventing a heart attack.
Utilize Microrna-130a to enhance blood vessel growth
Microrna-130a, found in muscle exosomes, promotes angiogenesis by degrading the MRNA of genes that normally stop blood vessel growth.
Utilize exosomes to deliver Microrna and alter cell function
Exosomes merge with blood vessel cells and release their contents, like Microrna, which then alter the cell's function and gene expression.
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