<p>In this episode, Dr. Hemal Patel explores how <strong>cellular energetics and membrane biology</strong> play a central role in health, resilience, and disease. He explains that the cell membrane is not just a barrier, but a dynamic and intelligent system that organizes signaling, regulates energy, and may even influence aging.</p><p>Dr. Patel shares insights into:</p><ul><li>How <strong>mitochondria and membranes work together</strong> to control energy production</li><li>The role of <strong>circadian rhythms and cellular “oscillations”</strong> in maintaining health</li><li>Why <strong>aging and chronic disease may begin with membrane breakdown</strong></li><li>How communication across the body may be driven through the <strong>blood as a signaling system</strong></li></ul><p>A major focus of the conversation is <strong>MeScreen</strong>, a novel test designed to assess mitochondrial function using a simple blood sample. By exposing lab-grown cells to a person’s plasma, MeScreen evaluates how their internal biochemical environment influences energy production, oxidative stress, and mitochondrial resilience.</p><p>The episode highlights a key shift in thinking:<br>Health isn’t just about individual organs or genes, but about <strong>how systems communicate, adapt, and maintain energy balance over time</strong>.</p><p><strong>Neuroveda Health patients receive $250 off when ordering through the clinic. For those ordering independently, MeScreen is offering $200 off at MeScreen.com using code NEUROVEDA.</strong></p><p><strong>https://mescreen.com/products/mescreen-mitochondrial-function-test-healthcare-provider-consult</strong></p><p>Bio: Dr. Hemal Patel is a tenured professor and Vice-Chair for Development and Advancement in the Department of Anesthesiology at the University of California, San Diego. He also serves as a VA Research Career Scientist and Pharmacologist at the VA San Diego Healthcare System and is Chief Advisor for Versea Discovery. With a PhD in Pharmacology and Toxicology, his research focuses on how cell membranes and energetics shape human health, aging, and disease, with implications across cardiovascular, metabolic, neurodegenerative, and chronic conditions.</p><p><br></p><p><br></p>