In short
Podcast Episode Summary: The Daily Motivation - How to Measure and REVERSE Your Biological Age | Dr. David Sinclair EP 675
Episode Overview In this episode, Lewis Howes hosts Dr. David Sinclair, a renowned expert in the field of longevity and aging. Dr. Sinclair discusses groundbreaking research related to biological age versus chronological age, exploring how lifestyle choices can influence our aging process at a cellular level.
Key Concepts
Biological Age vs. Chronological Age
- Biological Age: Refers to how old your body appears based on various health metrics.
- Chronological Age: The actual time elapsed since birth.
Major Insights from Dr. Sinclair
- Epigenome Measurement: The epigenome controls genes and can be measured to assess biological age through changes in DNA methylation.
- New Testing Methods: Introduction of a cost-effective DNA methylation test, which is expected to be available for public use. This test can be performed via a simple cheek swab, making it more accessible.
Dr. Sinclair's Personal Experience
- Dr. Sinclair shares his experience of maintaining a biological age that is often a decade younger than his chronological age by optimizing his health and lifestyle for over 20 years.
Impact of Lifestyle Choices
- Alcohol: Moderate consumption, especially red wine, can have cardiovascular benefits, while excessive consumption raises risks associated with accelerated biological aging.
- Smoking: Clear evidence shows that smoking increases biological age, making smokers appear older than non-smokers.
- Importance of Monitoring: Regular health checks, including blood tests (like those from Inside Tracker), can inform individuals about their biological age and help them make necessary lifestyle adjustments.
Practical Strategies for Slowing Aging
- The episode emphasizes the importance of understanding how daily habits affect biological age, offering listeners a roadmap to potentially slow down or reverse their aging process.
- Dr. Sinclair advocates for a “dashboard” approach to personal health, where individuals can track metrics that indicate their biological age and adjust their behaviors accordingly.
Conclusion This episode serves as a compelling reminder of the power individuals have over their aging process. By understanding and measuring biological age through innovative testing, and making informed lifestyle choices, one can significantly influence their healthspan and lifespan.
Call to Action Listeners are encouraged to explore the full episode for more in-depth insights and to consider signing up for the Greatness newsletter for ongoing motivation and inspiration.
Written by AI. May contain mistakes. Listen to the episode to check what was said.
Transcript
Automatic transcript. May contain errors.0:03Hey everyone, this is Lewis Howes and I am so excited to invite you to the Summit of Greatness 2024 for happening at the iconic Shrine Auditorium in Los Angeles, California. This is more than just an event. It's a powerful experience designed to ignite your passion, boost your growth, and connect you with a community of other inspiring achievers. Join us Friday, September 13th, and Saturday, September 14th for two days packed with inspiration and transformation from some of the most incredible speakers on the planet. Don't miss out on this chance to elevate your life, unlock your potential, and be part of something truly special.
0:38Make sure to get your tickets right now and step into greatness with us at the Summit of Greatness 2024. Head over to lewishouse.com slash tickets and get your tickets today and I will see you there. Hi, my name is Lewis Howes and welcome to the Daily Motivation Show.
1:02How much does alcohol, smoking, or marijuana, or psychedelics actually affect lifespan? Do we have enough research on this? Well, we do on tobacco smoking. Obviously, it's very clear. That's a decade off your life. And what's interesting is that what we're learning about these various things that you can do to hurt yourself or to protect yourself is that what's happening is that your body is aging at a different rate. So smokers, you can measure it, are older biologically than people who've never smoked. And that's why they look older too. We can measure that now in my lab. If I took your blood, I could tell you how old you are biologically, not just your chronologically.
1:41I want to do that. I saw you post this on Instagram that you're like 46. Is that right? Or you're 42 or what is it? I went down to, what was it, 44, I think. Okay, 44. It bounces around, but it's usually a decade younger than I. That's cool. So what do you do? You take a blood sample and then you what? Measure the blood? There's two ways of doing it. There's one company that I advise called Inside Tracker, and that's what I use. I've had that too, yeah. You've done that yet? Yeah, yeah. So they come to your home where you donate, and then you get this readout of, I think it's 40 different parameters, and they use an algorithm and tell you how old you are.
2:15So I'm 42 or something like that. I do want to say is I use my body as an experiment and try to be a role model. And I've been optimizing my lifestyle for 20 years now based on this feedback from Insight Tracker for the last 12, 13 years. And you can see the graphs of things going out of the optimal zone and then I make a change based on science and it comes back or even better. So we know from smokers that their biological age is older when they smoke is what you're saying, right? Yeah. Well, that's one test. The InsideTracker test is what I do routinely every few months. But there's a new type of test that my colleagues and in my lab we've developed.
2:53It's called the DNA methylation test. It's also known as the Horvath test, named after my friend Stephen Horvath at UCLA. The way to think of this is, if you've ever heard of the epigenome, these are the control systems that control our DNA. It turns out that that system you can measure. It's chemicals on your DNA that change over time predictably. And we've just developed a way to measure that 100 times cheaper than it was before. And I'm going to bring this test to the public so that people can test their biological age. At home or something? It should be a cheek swab. That's what we're developing.
3:29So you don't have to prick or take blood or anything. You do a cheek swab. Exactly. And you ship it in or something? Yeah, you'll post it in. And then you get, hopefully just a week later or less, here's your credit score for your body. That's cool. And then even better, here's how you slow it down or reverse it based on everything we know about you. Wow, that's cool. And we'll take you on that journey. So do this, eat this, swallow this. That is cool. And the reason I'm excited about it is it's very hard to focus on what works because we have no idea. You exercise, you hope that it's good. Yeah.
4:00Is it too much, too little? If I eat this, does it help me? We need a dashboard for our bodies, and that's what these give you. We know that smoking makes you age biologically. That's why it makes you look older, smoking. What about drinking alcohol? We've talked about wine and the substance in wine that could be supportive, but alcohol in general, does that affect biological age and aging? Well, it all depends on quantity. one glass a day most doctors would say, especially if it's red wine it's fine, and the alcohol actually can help with the cardiovascular system reduces bad cholesterol and more importantly raises the good cholesterol HDL.
4:42This is for red wine and the alcohol in white wine does a little bit of good too. But beer so beer will raise the levels of uric acid which is a protein breakdown product that you can pee out but if you have too much beer and other types of food that contain a lot of this type of protein you will raise your uric acid level so why does that matter it's becoming very clear that if you have high uric acid levels your body will age fast i now measure my uric acid levels you can get little test strips uh you can just buy them you know you spit on it and 10 seconds later you see your levels. And so the lower the level, the better.
5:26The higher the level means there's risk for what? It's really bad for cancers and heart disease mainly. It's a sign of accelerated aging.
5:40Thank you so much for listening to today's episode of The Daily Motivation and I hope you have an amazing rest of your day. If you enjoyed this episode, make sure to click the link in the description. That will take you to the full episode of our main podcast on the School of Greatness. And if you are loving the daily motivation, please follow us over on Apple Podcasts and Spotify and leave us a review over on Apple Podcasts right now. And if you want more exclusive content and ad-free listening experience, make sure to subscribe to our Greatness Plus channel on Apple Podcasts. right now. And if you want to get even more inspiration from our world-class guests and learn how to improve your life and take it to the next level, then make sure to sign up for the greatness newsletter and get it delivered right to your inbox over at greatness.com slash newsletter.
6:36Again, have an amazing day and I'll see you tomorrow with another episode of the daily motivation show.
From the publisher
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"The way to think of this is, if you've ever heard of the epigenome, these are the control systems that control our DNA. It turns out that that system you can measure. It's chemicals on your DNA that change over time predictably. And we've just developed a way to measure that 100 times cheaper than it was before. And I'm gonna bring this test to the public so that people can test their biological age." - Dr. David Sinclair
In this fascinating episode, renowned longevity expert Dr. David Sinclair reveals groundbreaking insights into the science of aging and how our lifestyle choices directly impact our biological age. Dr. Sinclair introduces the concept of biological age versus chronological age, explaining how advanced testing methods can now determine how quickly or slowly our bodies are aging at a cellular level.
Dr. Sinclair shares his personal experience with optimizing his own health, discussing how he's managed to maintain a biological age significantly younger than his chronological age. He details the development of new, more accessible testing methods, including a cheek swab DNA methylation test, that could revolutionize how we monitor and manage our health. Throughout the conversation, Dr. Sinclair emphasizes the importance of understanding the impact of our daily habits - from smoking and alcohol consumption to exercise and diet - on our biological age. His insights offer listeners a roadmap to potentially slow down or even reverse their aging process, providing hope and practical strategies for those seeking to extend their healthspan and lifespan.
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