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In this episode of the Huberman Lab podcast, Dr. Andrew Huberman interviews Dr. David Sinclair, a professor of genetics at Harvard Medical School, focusing on the biology of aging and interventions to slow or reverse aging. Sinclair views aging as a disease rather than a natural process, emphasizing that it can be addressed through various interventions, including behavioral changes, nutrition, and supplementation. Sinclair discusses the concept of "longevity" versus "anti-aging," explaining that while longevity refers to extending life, anti-aging has been misused in popular culture. He highlights the importance of understanding aging as a disease that contributes to many other health issues, such as heart disease and Alzheimer's. Sinclair's research identifies several "hallmarks" of aging, with a significant focus on the epigenome, which controls gene expression and influences cellular aging. The conversation delves into practical tools for combating aging, including dietary practices like intermittent fasting, which Sinclair advocates for its benefits in regulating insulin and glucose levels. He explains that elevated blood sugar and insulin can accelerate aging, while fasting can activate longevity genes, particularly sirtuins, which play a crucial role in cellular health. Sinclair shares his personal regimen, which includes skipping breakfast, taking supplements like NMN (Nicotinamide Mononucleotide) and resveratrol, and practicing intermittent fasting. He emphasizes the importance of measuring biological age through blood tests and other metrics to track health and optimize longevity strategies. The discussion also touches on the role of exercise, the impact of obesity on NAD levels, and the potential benefits of cold exposure. Sinclair mentions the significance of keeping inflammation low, particularly in the hypothalamus, which regulates aging and reproductive health. Sinclair's upcoming projects include a new podcast focused on aging and a biological age test that aims to democratize access to health metrics. He expresses optimism about the future of public education in science, highlighting the need for trusted sources of information in a world filled with misinformation. Overall, the episode provides insights into the mechanisms of aging, practical strategies for improving health, and the importance of scientific communication in promoting longevity.

In this episode of the Peter Attia Drive, host Peter Attia interviews Professor David Sinclair, a prominent researcher in the field of aging and genetics at Harvard Medical School. Sinclair discusses his early interest in aging, which began when he was four years old, and his journey through academia, including his PhD in molecular genetics and his postdoctoral work at MIT under Lenny Guarente. Sinclair is known for his research on sirtuins, a class of proteins that play a crucial role in cellular regulation and aging. The conversation delves into the significance of sirtuins and their relationship with NAD (nicotinamide adenine dinucleotide), a vital molecule for cellular metabolism. Sinclair explains that sirtuins are involved in DNA repair and gene silencing, and their activity is dependent on NAD levels. He discusses the discovery of resveratrol, a compound that activates sirtuins and gained popularity due to its association with the health benefits of red wine. However, Sinclair clarifies that the claims surrounding resveratrol's effects on longevity are more complex than often portrayed. Attia and Sinclair explore the potential of NAD precursors like NMN (nicotinamide mononucleotide) and NR (nicotinamide riboside) in promoting health and longevity. Sinclair shares insights from ongoing research, including the challenges of delivering these compounds effectively and the need for clinical trials to assess their efficacy in humans. He emphasizes the importance of understanding the mechanisms behind aging and the potential for interventions that could extend healthspan. The discussion also touches on Sinclair's personal use of supplements like resveratrol and metformin, reflecting his commitment to experimenting with longevity-enhancing compounds. Sinclair expresses optimism about the future of aging research, highlighting advancements in technology and the growing interest in the field. Sinclair concludes by discussing the broader implications of aging research, including the potential societal impacts of extending human lifespan and the ethical considerations involved. He encourages listeners to remain informed and engaged with the evolving science of aging, emphasizing that while the journey is complex, the pursuit of understanding and improving healthspan is a worthy endeavor.

In this AMA episode of the Huberman Lab podcast, Andrew Huberman discusses the efficacy of resveratrol and other supplements for longevity. He states that while resveratrol may have health benefits, there is little evidence it extends lifespan. Huberman takes grape seed extract for vascular health but does not consider it a top supplement. He also explores NAD-related supplements like NR and NMN, which he takes for energy rather than lifespan extension. Huberman emphasizes that foundational health practices—quality sleep, exercise, nutrition, and social connections—are crucial for longevity, far outweighing any supplement benefits. He advises consulting a physician before making changes to supplement regimens.

In this episode of the Huberman Lab podcast, Andrew Huberman speaks with Dr. Peter Attia about the NAD pathway and its implications for healthspan and lifespan. Dr. Attia, a respected voice in longevity research, discusses various molecules related to NAD, including NR (Nicotinamide Riboside) and NMN (Nicotinamide Mononucleotide), and their potential effects on cellular health and aging. The conversation begins with an overview of four categories of approaches to longevity: essential behavioral practices (like exercise and nutrition), the role of caloric intake and insulin regulation (mTOR pathway), targeting specific cellular pathways (like NAD), and more esoteric methods. They emphasize the importance of foundational behaviors such as movement, sleep, and diet over supplements. Dr. Attia explains that NAD is crucial for energy production and is involved in over 600 cellular pathways. As people age, NAD levels decline, which may affect DNA repair and mitochondrial function. They discuss the potential benefits of NAD supplementation, but both express skepticism about its efficacy for extending lifespan. They highlight that while NAD levels can be increased through supplements, there is no strong evidence that this translates to significant health or longevity benefits. The discussion also touches on the Interventions Testing Program (ITP), which has tested numerous compounds for lifespan extension, with few showing positive results. Notably, rapamycin has demonstrated consistent life-extending effects in various studies, unlike NAD precursors. Dr. Attia shares his personal supplement regimen, which includes rapamycin, fish oil, vitamin D, and others, while emphasizing that lifestyle choices are more impactful than supplements. He notes that while he occasionally takes NAD precursors, he does not believe they significantly contribute to longevity. The episode concludes with a reminder that while supplements can play a role in health, they should not replace essential lifestyle practices. Both hosts agree that exercise, nutrition, and emotional well-being are the primary drivers of healthspan and lifespan, and they encourage listeners to focus on these foundational elements rather than solely on supplementation.

In a discussion about popular supplements, Brad Stanfield critiques Resveratrol, highlighting that its initial hype in longevity research is largely unfounded. He explains that while Resveratrol was thought to activate the sirtuin one gene for lifespan extension, subsequent studies failed to replicate these findings, revealing that its effects in mice were due to a toxic diet rather than genuine benefits. Moreover, human studies indicate that Resveratrol may lower testosterone levels and diminish exercise benefits, leading Stanfield to advise against its use. He also addresses NMN and NR, which gained popularity after being discussed by David Sinclair on The Joe Rogan podcast. Despite initial excitement, randomized trials have shown no significant health improvements from these supplements in humans. Stanfield emphasizes the importance of lifestyle changes over supplements, noting that exercise and diet are paramount for health. Regarding metformin, Stanfield acknowledges its initial promise based on mouse studies and observational human studies but cites recent research showing no lifespan extension in non-diabetics and potential risks, such as blunting exercise benefits. He advocates for lifestyle modifications as the most effective means of preventing chronic diseases. The conversation shifts to effective supplements like creatine, collagen peptides, and hyaluronic acid, which have strong evidence supporting their benefits, particularly for muscle recovery and skin health. Stanfield stresses the importance of a balanced diet rich in protein, fiber, and healthy fats while cautioning against excessive saturated fat intake. Ultimately, he encourages individuals to prioritize exercise, a healthy diet, and informed supplement choices, while remaining skeptical of the hype surrounding many popular supplements.

David Sinclair discusses the potential of anti-aging research, emphasizing that stopping or reversing aging is a realistic goal based on laboratory findings. He shares his personal regimen, which includes intermittent fasting, exercise, and supplements like NMN and resveratrol, which are linked to longevity through their effects on sirtuin genes. Sinclair explains that these genes protect against deterioration and disease, and their activation can be mimicked with certain molecules. He highlights the importance of timing in eating for longevity, noting that intermittent fasting has shown significant benefits in animal studies. Sinclair believes that combining healthy lifestyle choices with these molecules can enhance their effects, leading to improved health outcomes. Sinclair also addresses the role of metformin, a diabetes medication he takes for its potential anti-aging benefits, and discusses the mechanisms behind it, including its activation of AMPK, a pathway related to longevity. He mentions the significance of NAD levels, which decline with age, and how NMN and other supplements can help restore these levels. The conversation shifts to the challenges of scientific research, including the competitive nature of the field and the skepticism faced by those proposing new theories. Sinclair recounts his experiences of being criticized early in his career but ultimately being validated by subsequent research findings. He discusses the ethical considerations in genetic research, particularly with CRISPR technology, and the potential for gene editing to prevent diseases. Sinclair expresses his belief that aging should be classified as a disease to encourage more research and funding in the field. Sinclair also touches on the societal implications of extending human lifespan, including the potential impact on population growth and healthcare systems. He believes that addressing aging could alleviate pressures on healthcare and improve overall quality of life. He concludes by emphasizing the importance of collaboration in scientific research and the need for transparency in the pharmaceutical industry. Sinclair is optimistic about the future of anti-aging research and the potential for breakthroughs that could significantly extend healthy human lifespan.

David Sinclair discusses the concept of aging, emphasizing that there is no biological law mandating aging and that many centenarians often neglect their health. He expresses a desire to alleviate the suffering caused by aging, noting that over 100,000 people die daily from age-related issues. Sinclair highlights the economic burden of aging, estimating that slowing down aging by just one year could save the U.S. $86 trillion over three decades, which could be redirected towards education and healthcare. Aging, he explains, is linked to the loss of epigenetic information that regulates gene expression. This disruption leads to diseases and dysfunctions, which are often treated only at their end stages rather than addressing the root cause—aging itself. Sinclair uses the analogy of a scratched DVD to describe how aging affects our genetic information, suggesting that recent research indicates potential methods to "polish" these scratches. Sinclair advocates for lifestyle changes to reduce biological age, such as fasting, which activates epigenetic regulators known as sirtuins. He explains that adversity, including fasting and dietary choices, can stimulate these genes, promoting longevity. He recommends a Mediterranean diet rich in plants, which has been shown to activate longevity pathways. He also discusses the importance of exercise, emphasizing that even minimal aerobic activity can yield significant health benefits. Sinclair notes that psychological stress negatively impacts longevity, while a positive outlook and sense of purpose can contribute to a longer life. On supplements, Sinclair takes NMN, resveratrol, and Athletic Greens to support his health. He believes that while supplements can aid longevity, they should complement a healthy lifestyle rather than replace it. He mentions ongoing research into cellular reprogramming and potential breakthroughs that could extend human lifespan significantly. Sinclair concludes that while there may be limits to human lifespan, advancements in science and lifestyle choices can potentially allow individuals to live much longer, healthier lives. He encourages proactive health management and emphasizes the importance of making informed lifestyle choices to enhance longevity.