Your Genes Are Lying to You: Dr. Florence Comite on Longevity, Sleep & the Biomarkers That Predict How Fast You Age

What if your genes are not your destiny, but a set of clues your body has been giving you all along? In this episode, Dr. Taz sits down with Dr. Florence Comite, endocrinologist, clinician scientist, longevity expert, and author of Invincible: Defy Your Genetic Destiny to Live Better, Longer , to explore how biomarkers, genetics, hormones, sleep, metabolism, and family history shape the way we age. In this episode, Dr. Comite explains why longevity is not just about biohacking, supplements, peptides, or the latest wellness trend. Instead, she shares why true healthspan begins with understanding your own body, your own patterns, and your own family story. She explains how changes in blood sugar, fasting insulin, free testosterone, cholesterol risk ratio, sleep quality, muscle, and metabolism can reveal early signs of disease risk long before symptoms fully appear. Dr. Taz and Dr. Comite discuss why “normal” lab ranges are not always the same as optimal health, why some people begin showing signs of metabolic disease decades earlier than expected, and how family history can act as a powerful roadmap for prevention. They also explore how genetics, lifestyle, hormones, wearables, continuous glucose monitoring, sleep, movement, protein, and personalized medicine may help people change the trajectory of their future health. If you’re listening to this and thinking, “I know something is off in my body, but I don’t know where to start,” join the Circle here: 👉 https://holplus.co/circle Longevity is not just a biohacking story. It is a family story. Dr. Taz and Dr. Comite discuss how your parents, grandparents, ethnic background, hormone patterns, metabolic markers, sleep habits, and lifestyle choices can all influence your risk for diabetes, heart disease, dementia, osteoporosis, hormone decline, and accelerated aging. Learn more about support related to this conversation: Longevity & Anti Aging: https://holplus.co/services/longevity-anti-aging/ Brain Boost / Brain Health: https://holplus.co/services/brain-boost/ Dr. Taz and Dr. Comite also discuss why sleep may be one of the most powerful modifiers of genetic destiny, why muscle matters so much as we age, and why personalized medicine requires more than a list of biomarkers. It requires a doctor who can interpret the data, understand your story, and help translate your numbers into real-life action. If heart disease, diabetes, dementia, hormone imbalance, low energy, weight gain, or accelerated aging runs in your family, this episode will help you understand why your future may not be fixed and how earlier awareness can help you protect your healthspan. About The Guest: Dr. Florence Comite is a clinician scientist, endocrinologist, longevity expert, and founder of the Comite Center for Precision Medicine & Health. She has spent decades studying how biomarkers, genetics, hormones, metabolism, and lifestyle influence aging and chronic disease. She is the author of Invincible: Defy Your Genetic Destiny to Live Better, Longer , where she shares a personalized approach to healthspan, prevention, and precision medicine. About Dr. Taz: Dr. Tasneem Bhatia (Dr. Taz) is a triple board-certified integrative medicine physician, bestselling author, and founder of hol+ a multi-location integrative medicine practice. Learn more: https://doctortaz.com/about Stay Connected: Connect further to Hol+ at https://holplus.co/ - Don’t forget to like, subscribe, and hit the notification bell to stay updated on future episodes of hol+. Book a Hol+ Consultation: https://holplus.co/locations/virtual/ Follow Dr. Taz on Instagram:  https://www.instagram.com/drtazmd/ https://www.instagram.com/liveholplus/ Subscribe to the audio podcast: https://holplus.transistor.fm/subscribe Subscribe to the video podcast: https://www.youtube.com/@DrTazMD/podcasts Get your copy of The Hormone Shift: Balance Your Body and Thrive Through Midlife and Menopause Connect with Florence Comite, MD: https://florencecomite.com/ https: