
The Dr. Hyman Show
The Biohacks Big Pharma Doesn’t Want You to Know: Plasmapheresis, Muse Cells & Peptides
May 5, 2025
Join Dr. Darshan Shah, a longevity expert and founder of Next Health, alongside Adeel Khan, a visionary in cell and gene therapy, and Edwin Lee, an endocrinologist focused on hormonal balance. They dive into groundbreaking techniques like plasmapheresis for detoxifying blood, Muse cells for tissue regeneration, and the life-enhancing potential of peptides. Discover how these advancements can combat aging, enhance immunity, and optimize health, all while challenging the conventional wisdom of big pharma.
01:03:56
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Quick takeaways
- Plasmapheresis effectively removes harmful inflammatory molecules from plasma, showcasing its potential to slow biological aging and enhance health resilience.
- Muse cells, a type of stem cell therapy, offer promising avenues for treating complex conditions like ALS and stroke through tissue regeneration.
Deep dives
The Role of Plasma in Aging
Most root causes of aging can be found in our plasma, including inflammation, toxins, and senescent cells. The accumulation of damaged proteins and signaling molecules associated with aging leads to a decrease in biological resilience. Understanding this accumulation sheds light on innovative treatments, such as plasmapheresis, which can help remove these harmful components from the blood. This suggests that addressing what is found in the plasma could potentially reverse some effects of aging.
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