Could Banking Your Cells Today Add Healthy Years Tomorrow?

Hosts:Phil Newman: https://qrco.de/bgXpNYNina Patrick: ⁠⁠https://qrco.de/bgXpKn----------Sponsor: Acorn BiolabsAcorn Biolabs is a science-driven regenerative medicine company that preserves your own hair follicle stem cells for future personalized treatments. Through a simple, non-invasive collection process, Acorn helps you bank your healthiest cells today, supporting regenerative skincare and hair therapies now while preparing for the future of longevity and cellular medicine.Click the link below to learn more about Acorn's innovative approach to stem cell preservation.Link: www.acorn.me ----------Guests: Drew TaylorCEO and co-founder of Acorn BiolabsLinkedIn: https://www.linkedin.com/in/drew-taylor-65b6ab10/Website: www.acorn.me ----------What if the smartest longevity investment isn’t another supplement or infusion, but preserving your younger cells before aging changes them?Phil Newman and Dr. Nina Patrick sit down with Drew Taylor, CEO and co-founder of Acorn Biolabs and biomedical engineer, to explore how regenerative medicine is shifting from reactive repair toward biological preservation and future optionality.Together they explain why hair follicle stem cells may offer one of the most accessible entry points into autologous regenerative medicine. From collecting stem cells with simple hair plucking instead of invasive bone marrow extraction to cryopreserving younger biology for decades, Drew breaks down how Acorn’s platform aims to freeze cellular aging in time. The conversation also explores how these cells produce secretomes rich in growth factors, cytokines, collagen, extracellular vesicles, and exosomes that can later be used in skin rejuvenation, hair restoration, and orthopedic applications.The discussion also dives into the darker side of the industry, including stem cell tourism, regulatory gaps, misinformation, and the risks patients face when traveling abroad for unverified treatments. Drew argues that ethical regenerative medicine must prioritize transparency, patient safety, and clinically validated protocols over hype.They also explore the future of the field, including NK cells engineered from preserved hair follicle cells, cartilage regeneration research, AI-powered omics analysis, fertility applications, Parkinson’s research, and the possibility of one day growing replacement tissues and organs from your own preserved biology.In this episode, you’ll learn:Why Acorn can generate up to 108 treatment vials from one collectionHow secretomes deliver growth factors, cytokines, collagen, and exosomesWhy stem cell numbers decline faster than stem cell performance with ageHow NK cells derived from hair follicles suppressed cancer cell growth in lab studiesWhy Drew believes “cells will become the next currency in healthcare”If you want to understand how regenerative medicine could shift from aesthetics to personalized disease prevention, this episode connects cutting-edge cell science with practical longevity strategies.Subscribe for weekly episodes that explore longevity science, preventative medicine, and the systems shaping how we live longer and better.