Are you looking to stay youthful and energetic as you age?
In the latest episode of The Habits & Hustle podcast, I sit down with Dr. Adeel Khan and discuss the cutting-edge world of regenerative medicine. New technologies like gene therapy, stem cells, and exosomes may help slow down aging and heal injuries in ways that go far beyond conventional medicine.
Dr. Khan explains how therapies like Follistatin gene therapy decreased biological age by 11 years on average in a clinical trial. He also covers mitochondria-boosting peptides, engineered exosomes for skin rejuvenation, and stem cell treatments to reduce inflammation and chronic diseases. This is a must-listen for anyone interested in the future of anti-aging and healing treatments.
Dr. Adeel Khan is an expert in musculoskeletal medicine, pain medicine, and regenerative medicine such as Stem Cells & PRP (Platelet Rich Plasma).
What we discuss…
(05:00) Cutting Edge Regenerative Medicine Exposed
(14:52) Revolutionizing Regenerative Medicine and Stem Cells
(22:16) Navigating Stem Cell Therapy Credibility
(25:05) Medical Education and Cutting-Edge Therapies
(38:15) Revolutionizing Healthcare Through Regenerative Medicine
(48:56) Mitochondria Function and Longevity Tools
(56:47) Biotech Clinics and Gene Therapy Development
(01:02:45) Eterna Health and Gene Therapy Technology
…and more!
Thank you to our sponsors:
Magic Mind: Head over to www.magicmind.com/jen and use code Jen at checkout.
BiOptimizers: Use code JC10 for 10% off and shop here: bioptimizers.com/jennifercohen
Sleep Me: use code sleepbetter at www.sleep.me/habitsandhustle
Find more from Jen:
Website: https://www.jennifercohen.com/
Instagram: @therealjencohen
Books: https://www.jennifercohen.com/books
Speaking: https://www.jennifercohen.com/speaking-engagement
Find more from Dr. Adeel Khan:
Website: https://eterna.health/
Instagram: @dr.akhan
Episode 357: The Future of Anti-Aging: Dr. Adeel Khan's Insights on Gene Therapy, Stem Cells, and Exosomes | Habits and Hustle podcast - Listen or read transcript on Metacast
