Stem Cells & Peptides: The Secret to Reversing Chronic Pain and Aging | Dr. Adeel Khan
Mark Hyman
Nov 20, 2024
Mindsip insights from this episode:
Leverage Japan's advancements in regenerative medicine for better health outcomes
While the US lags due to politics and regulation, Japan has invested billions in regenerative medicine and its insurance even covers some stem cell injections for knee arthritis.
Address IV stem cell limitations to improve clinical outcomes
When administered intravenously, most traditional stem cells get trapped in the lungs and die, leading to inconsistent clinical results.
Discover stress-enduring Muse stem cells for diverse healing potential
A newly discovered type of stem cell from Japan, called Muse cells, are stress-enduring and can survive in the body to differentiate into over 200 cell types.
Discover stem cell therapy for reversing gray hair
An accidental finding in a clinical trial for stroke showed that 25% of patients treated with intravenous Muse cells experienced a reversal of their gray hair.
Address macrophage dysfunction to combat chronic disease
The body's immune 'Pac-Man' cells, called macrophages, can accumulate fat, become dysfunctional, and start releasing pro-inflammatory signals that drive chronic disease.
Utilize exosomes as healing signals for therapy
Much of a stem cell's benefit comes from the healing signals it secretes in tiny packets called exosomes, which can be isolated and used for therapy directly.
Utilize follistatin gene therapy to enhance muscle growth
Follistatin gene therapy, available offshore, inserts a gene to help your body produce more of a protein that removes the 'brakes' on muscle growth, combating age-related muscle loss.
Prepare for Clotho gene therapy to enhance longevity
A gene therapy for Clotho, a protein linked to longer life and dementia protection, is in development and may be clinically available in about a year and a half.
Distinguish true stem cells from committed progenitor cells for effective regeneration
Many US stem cell clinics use 'committed progenitor cells' which primarily reduce inflammation rather than regenerating new tissue as true stem cells would.
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