In this episode, I sit down with Dr. Ian White—one of the most exciting researchers in regenerative medicine today. If you’re even a little bit curious about how to hack aging or have heard the buzz about things like plasma exchanges, exosomes, or why on earth lobsters never seem to grow old, you’re in for a treat. Dr. White and I go deep into the science behind some of the hottest—and often misunderstood—areas of regenerative medicine. He shares his journey from academia to entrepreneurship, the real story behind stem cell therapies (and all the misconceptions out there), why pregnancy might be nature’s best anti-aging trick, and the eye-opening potential of amniotic fluid for healing and rejuvenation.
Read MoreIn this episode, I’m joined by the incredible Dr. Jeff Gross from ReCELLebrate, a top neurosurgeon specializing in non-surgical regenerative medicine. Dr. Gross is here to debunk some long-standing myths, most notably the belief that cartilage can't regrow. Yes, you heard that right—regenerating cartilage is now within reach, and the implications for joint health and longevity are game-changing.
Read MoreIn this episode of Biohacking Superhuman Performance, Dr. Ferree and I dive into several different peptides, their benefits, and new research that is evolving. We discuss the blood brain barrier, it’s importance, and how to prevent it from becoming compromised. Some peptides, like BPC and TB4, may help mitigate damage from traumatic brain injury. Others, like VIP and GLP-1 agonists, can regulate circadian rhythm, improve gut health, and potentially benefit conditions like Alzheimer's and Parkinson's. Join us as we discuss these peptides, and more!
Read MoreIn this episode of the Biohacking Superhuman Podcast, Dr. Adil Khan unravels the secrets of regenerative medicine and takes us on a fascinating journey through the complexities of treating chronic diseases. He breaks down the barriers of conventional medicine, focusing on preventative approaches and treating root causes. We explore gene therapy's potential for chronic disease treatment and how copper peptides can be harnessed to restore cellular dysfunction. We'll also discover the advancements in mini circle technology, a game-changer in gene therapy that could disrupt the pharmaceutical industry.
Read MoreIn this episode, Dr. Goodenowe and I discuss plasmalogens; what are plasmalogens, the fascinating research and case studies around antiaging and quicker recovery, why plasmalogens decline with age, the connection between myelination and brain development, various conditions plasmalogens can support, particularly in degenerative diseases like Alzheimer’s, MS, Parkinson’s and other neurological conditions, and how you can improve your plasmalogen levels through diet and supplementation.
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