EP 84: Mark Kotter, CEO, and Founder of bit.bio, on creating every cell type and kickstarting a cell therapy revolution

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Doctors have been transplanting organs for decades, but can we transplant reprogrammed stem cells to rejuvenate the human body? This week Patrick discusses transcriptional reprogramming, and bit.bio's opti-ox technology that has the potential to create every cell type and help kickstart a cell therapy revolution. With Mark Kotter Ph.D., neurosurgeon, and CEO and Founder of bit.bio.

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EP 257: Managing hereditary cancer risk and medical uncertainty with Marleah Dean Kruzel of the University of South Florida

EP 256: Cutting through the AI hype in drug discovery with Dave Hallett of Recursion

EP 255: Turning long-read sequencing into a routine part of clinical care with Danny Miller of the University of Washington

EP 254: Triangulating genetic evidence and dodging bias to pick winning drug targets with Brent Richards of 5 Prime Sciences

EP 253: The genetics of brain size, growth, and aging with Andrew Jackson of the University of Edinburgh

EP 252: The diagnosis that became a mission to cure rare disease: Advancing genetic medicine using AI with Stevie Ringel of Nome

EP 251: Cracking the delivery barrier in genetic medicine with Jagesh Shah of Mirai Bio

EP 250: Redefining rare disease realities with Sharon Terry of the Genetic Alliance [Re-run]

EP 249: Building the world's most detailed genetic map of inflammatory bowel disease with Carl Anderson of the Wellcome Sanger Institute

EP 248: The blood mutations rewriting cardiovascular risk: Clonal hematopoiesis and polygenic risk with Pradeep Natarajan of Massachusetts General Hospital