
 Big Brains The Bioelectric Future of Regenerative Medicine
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 Jul 25, 2024  Biologist Michael Levin explores bioelectricity for regenerative medicine, envisioning a future where electric signals can cure birth defects and trauma, tested on flatworms and frogs. Bioelectricity could teach our bodies to heal and regenerate on their own, potentially reducing the need for organ transplants and prosthetics. Levin's research delves into cells' intelligence through electrical signaling, suggesting that bioelectricity is the architect of the body, holding memories and goals like the brain. The podcast discusses planaria's regenerative abilities and bioelectric signals' potential in regenerating limbs, organs, and brain tissue, repairing birth defects, and preventing tumors. It also touches on using bioelectricity for glioblastoma treatment and the concept of morphological freedom in enhancing human capabilities. 
 Chapters 
 Transcript 
 Episode notes 
 1  2  3  4  5 
 Intro 
 00:00 • 2min 
 Exploring the Potential of Bioelectricity in Regenerative Medicine 
 01:58 • 12min 
 Exploring the Regenerative Abilities of Planaria and Bioelectricity 
 14:02 • 5min 
 Bioelectricity for Regenerative Medicine 
 19:13 • 6min 
 Exploring Bioelectricity, Regenerative Medicine, and Morphological Freedom 
 25:21 • 3min 

