Regenerative Medicine, Stem Cells, NAD, and Exosomes- With Caleb Granger

Keywords stem cells, regenerative medicine, longevity, NAD, exosomes, anti-aging, cellular health, healing, regenerative capacity, health protocols Summary In this conversation, Anthony Guastella interviews Caleb Granger, an expert in stem cells and regenerative medicine. They discuss the importance of stem cells in enhancing the body's regenerative capacity, the role of exosomes in healing, and the significance of NAD in cellular power and longevity. Caleb explains the different types of stem cells, their sourcing, and the future of regenerative medicine, emphasizing the potential for reversing aging biomarkers and improving overall health. Takeaways We can reproducibly raise your body's regenerative capacity. Aging occurs when degeneration overwhelms regenerative capacity. Stem cells are the healing factories that our own bodies produce. Exosomes are crucial for cellular communication and healing. NAD is essential for cellular power and regeneration. Stem cell exosomes can reverse degenerative conditions. Quality sourcing of stem cells is vital for effective treatment. Placental mesenchymal stem cells are the most potent. Regenerative medicine can significantly improve quality of life. Future therapies in regenerative medicine are promising and exciting. Titles Unlocking the Secrets of Stem Cells The Future of Regenerative Medicine Sound bites "You can't overdose on stem cell exosomes." "Stem cell data is actually exosome data." "We can reverse aging biomarkers 90 to 100%." Chapters 00:00 Introduction to Stem Cells and Regenerative Medicine 02:09 Understanding Regenerative Capacity and Aging 06:03 The Role of Exosomes in Healing 12:07 NAD and Cellular Power: The Key to Longevity 18:10 Types of Stem Cells and Their Potency 24:01 Sourcing and Quality of Stem Cells 29:43 Future of Regenerative Medicine and Exciting Therapies