The Aging Science Podcast by VitaDAO VitaDAO

In the current episode of The VitaDAO Aging Science Podcast, we dive into the intricate world of rapamycin, caloric restriction, and inflammaging with the distinguished Dr. Arlan Richardson. Dr. Richardson, a pioneer in aging research with a career spanning over five decades, shares his extensive knowledge and groundbreaking insights. We discuss his pioneering work on rapamycin, the complexities of caloric restriction, and the role of chronic inflammation in aging. This episode also touches on the significance of necroptosis, the intriguing connections between senescence and inflammation, and the future of aging interventions. Join us as we explore these vital topics and their implications for human longevity, shedding light on the critical role of preclinical studies in advancing our understanding of aging.

In the current episode of The VitaDAO Aging Science Podcast, we explore the fascinating intersection of entropy, epigenetics, and aging with our esteemed guests, Peter Fedichev, founder of Gero and a trailblazer in longevity research, and Prof. Jan Gruber from Yale-NUS, known for his deep understanding of the physics behind aging. As we navigate through Peter Fedichev's recent paper that sparked heated discussions on the limits of age-reversal, we'll delve into the science of stochastic changes in methylation patterns, the controversial debate around the reversibility of aging, and the impact of entropy on human longevity. This episode will also shine a light on the vital role of VitaDAO in science funding, the challenges faced by PhD students in today's economic climate, and the exciting potential of naked mole rats in aging research.

In the upcoming episode of The Science of Aging Podcast, we dive deep into the critical questions surrounding mouse models in aging research with our special guest, Dr. Dan Ehninger from the German Center for Neurodegenerative Diseases (DZNE) in Bonn. Dr. Ehninger, a visionary in the field of biogerontology, brings to the table his controversial and thought-provoking perspectives on the limitations and potential pitfalls of relying on mouse models for understanding human aging. We'll dissect the intricacies of rapamycin and caloric restriction studies, the debate over the mouse model's relevance to human aging, and innovative approaches to designing more effective mouse studies. This episode is a journey into the foundational challenges of aging science, highlighting the need for robust, translational research strategies. Join us for a riveting discussion that promises to enlighten, challenge, and inspire our understanding of the path forward in aging research.

n this episode of The VitaDAO Aging Science Podcast, we're excited to host Prof. Rudolf Wiesner, an esteemed figure in the field of mitochondrial biology. As a key member of the CECAD Research Center at the University of Cologne, Prof. Wiesner's research has significantly advanced our understanding of mitochondrial dysfunction and its impact on aging. In our conversation, we'll explore his insightful work on mitochondrial DNA deletions, the innovative concept of mitochondria-derived vesicles, and the pivotal role of mitochondria in cellular aging and organ dysfunction. Prof. Wiesner will share his latest findings on the mutation rates in mitochondrial DNA, the intriguing enzyme TWINKLE, and the critical function of the adrenal medulla in mitochondrial quality control. Get ready for a profound discussion that sheds light on the complex relationship between mitochondria and the aging process, offering new perspectives on therapeutic strategies to slow aging and improve healthspan

In this episode of The VitaDAO Aging Science Podcast, we are thrilled to welcome Prof. Björn Schumacher, a leading expert in genome stability and aging. As Director of the Institute for Genome Stability in Ageing and Diseases at the University of Cologne, Prof. Schumacher has pioneered research into how DNA damage influences the aging process and the development of age-related diseases. We'll dive deep into his groundbreaking discovery of novel methods to enhance DNA repair, and how this could revolutionize our approach to extending healthy lifespan. Expect a captivating discussion on the intricacies of DNA repair mechanisms, the role of the DREAM complex, and the potential of new therapies to combat aging at the molecular level. Prepare to be enlightened by Prof. Schumacher's insights on the cutting-edge of aging science

In the upcoming episode of The Science of Aging Podcast, we're set to explore aging research with Dr. Jesse Poganik and Dr. Mahdi Moqri, just before the 2023 Biomarkers of Aging Symposium. Dr. Poganik from Brigham and Women's Hospital and Harvard, and Dr. Moqri, a joint fellow at Harvard and Stanford, will share insights on biomarkers and omics in longevity studies. We'll discuss the importance of biological clocks, functional markers, and the impact of these findings on aging interventions. Tune in for a concise yet deep dive into the future of personalized health and aging research.