Secrets of Aging: Dr. Raghav Sehgal Reveals Breakthroughs in Epigenetic Clocks and Systems Age

Sign Up Today: https://peakhuman.ca/lead-generation-lp Join Dr. Sanjeev Goel in an interview with Dr. Raghav Sehgal, a PhD student at Yale and expert in epigenetic clocks. Discover how Dr. Sehgal's research sheds light on aging, from predicting chronological age to understanding the pace of aging and mortality risk. Learn about the concept of "systems age" and how different organs age at varying rates, impacting disease prevalence. Explore the potential for personalized treatments based on these findings. Dr. Sehgal also discusses the impact of lifestyle factors like diet and exercise on reversing epigenetic aging, offering practical insights for a healthier, more youthful life. Visit our website: https://peakhuman.ca Shop here: https://peakhuman.ca/shop/ SUBSCRIBE TODAY: https://bit.ly/PeakHumanLabs ******************** Link to Study https://jamanetwork.com/journals/jamanetworkopen/fullarticle/2812392 📚 Purchase the Peak Longevity Prediction Pack 📚 → https://peakhuman.ca/product/peak-longevity-pack/ 📚 PURCHASE DR. SANJEEV GOEL'S BOOK "The Top 10 Must Do Peak Human Biohacks of 2023"📚 → iBooks: https://books.apple.com/ca/book/top-10-must-do-peak-human-biohacks-of-2023/id6448680046 → Kobo: https://www.kobo.com/ca/en/ebook/the-top-10-must-do-peak-human-biohacks-of-2023 → Amazon - https://www.amazon.com/dp/B0C1J2N1YF ******************** About Raghav Sehgal: "I am a PhD student at Yale University and an expert in Computational Biomedical technologies with over a decade of experience embedding Data Science and Artificial Intelligence to the Biomedical space. My current research focus is on human aging and on the side I advice venture capital funds on which longevity and geroscience companies to invest in!" To learn more about Raghav please visit this site: https://www.raghav-sehgal.com/ ******************** TIMESTAMP: 00:00 - Introduction 01:05 - Background and Entry into Epigenetic Clocks 09:03 - History of Epigenetic Clocks 17:00 - Systems Age: Measuring Aging in 11 Organs 19:02 - Importance and Significance of Systems Age 20:04 Aging Clusters 22:26 Cardiovascular Disease Clusters 24:56 Impact of Alcohol on Aging 27:52 Reversibility of Epigenetic Clocks 30:11 Impact of Diet on Aging 35:43 Personalized Recommendations 38:51 Exercise and Longevity 39:31 Availability of Systems Clock 40:05 Future Projects Epigenetic clocks: Epigenetic clocks measure biological age based on DNA methylation patterns, offering insights into aging. They aid in studying aging-related diseases and assessing the effectiveness of anti-aging therapies. Epigenetic clocks predict mortality risk and help understand molecular aging mechanisms. These clocks advance our understanding of aging, going beyond chronological age. Their development signifies a major step in understanding aging's molecular basis. Aging-related diseases: These diseases, like cardiovascular disease and Alzheimer's, become more prevalent with age. Aging-related diseases result from cumulative cellular and tissue damage over time. Understanding their mechanisms is crucial for developing targeted treatments. Research aims to improve older adults' quality of life and extend healthy lifespan. Studying these diseases helps identify preventive strategies. Systems age: It measures aging across various organ systems, reflecting overall health and disease risk. Systems age acknowledges that organs age at different rates due to genetics and environment. Monitoring systems age can detect age-related changes early and tailor interventions. This approach provides a comprehensive view of aging's impact on well-being. Systems age offers insights into personalized interventions for healthy aging. Personalized treatments: Tailoring medical interventions to individual patients improves treatment outcomes. Personalized treatments consider genetics, lifestyle, and environment for optimized results. They aim to enhance efficacy, reduce side effects, and increase patient satisfaction. Precision medicine has enabled personalized treatments for cancer and cardiovascular diseases. Personalized medicine holds promise in revolutionizing healthcare delivery. Lifestyle changes: Lifestyle changes include diet, exercise, sleep, and stress management adjustments. Adopting a healthy lifestyle prevents chronic diseases and promotes longevity. These changes can influence epigenetic factors, potentially slowing the aging process. Incorporating mindfulness and relaxation techniques improves overall health. Sustainable lifestyle changes require commitment and support from healthcare and community. Understanding the biological, genetic, and environmental factors contributing to aging is crucial in Longevity Medicine. #AgingResearch #EpigeneticClocks #HealthyAging