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Dave Asprey (1:24)
Will Smith keeps his body ready for action films in his 50s and Kenna Reeves is 60 years old and he barely looks older than he did in the Matrix. And Jennifer Aniston looks the same today as she did over two decades ago in Friends. And people don't know that I'm going to be 87 years old in a long time. Most people assume maybe they're using Botox or expensive creams or celebrity only treatments. And maybe there's some of that. But the truth is stranger. Those celebrities share a practice that isn't cosmetic. It doesn't involve needles, does involve surgery or even supplements. But there is hard science that says it activates the same anti aging mechanism that strangely helps lobsters live beyond 100 years. Isn't it weird lobsters live longer than humans? What are they doing? Maybe we can do the same thing. Today I'm going to show you what that mechanism is and why lobsters might hold the key for human longevity even if you don't eat them and how you can do the same thing those celebrities do, starting right now. The problem starts with how we think about aging. Everyone thinks aging is just about time. Birthdays add up, gray hairs come in, energy drops, and that's just the way it is. But that's not how aging really works. Not at all. In truth, aging isn't about your calendar. It's about your cells. Every time one of your cells divides a small part of your genetic code, it gets shorter, and it's called a telomere. It's a protective cap on the ends of your chromosomes. Think of it like plastic tips on your shoelaces. It keeps them from fraying. And when those telomeres get short, your cells stop dividing, and they either die or they become what we would call senescent cells. You may have heard me write about them as zombie cells. Same thing. Those cells, they're alive, but they're dysfunctional, kind of like politicians. They spit out inflammatory molecules that accelerate aging throughout your body. And this is a cellular root of a lot of the aging process. It's shorter telomeres equals an older body, older brain, older metabolism. But lobsters don't know about this, so they don't have to follow the rule. They produce an enzyme called telomerase. And telomerase rebuilds those telomeres, that repairs the caps, and it prevents them from shortening. So your cells don't become zombie cells. That means lobster cells just keep dividing as long as lobster's alive. And they regenerate without the normal limits that we see as humans. That's why some lobsters actually make it to 140 years. Almost as long as I'm planning to live. Those lobsters keep growing larger, which I'd like to not do. £300 was enough for me. Those lobsters can regenerate lost limbs. I'm going to keep my limbs, but if I lose one, I'd like to regenerate it. And those lobsters stay fertile even at extreme ages. I don't think I want to be fertile, except I do, because fertility is a sign of youth. I just want enough testosterone. Scientists, though, are studying American lobsters, and they discovered they have very high levels of telomerase in almost every part of their body, even in places like the heart and the liver. That means that lobster anti aging systems work everywhere, all the time, not just in baby cells, like it is for most animals, including us. Now, I'm not saying lobsters are immune to death. Their shells eventually fail or some disease will get them, but they don't die of aging. I don't want to die from aging either. So maybe I want to be a lobster or better. Lobster biology resists aging at the cellular level, and we all want that. What I am saying is that understanding telomerase changes everything about how we think about aging. It Means aging isn't just an inevitable decline that just takes you to the hospital. Mother nature wrote it into your DNA, and you're helpless. It means it's one of the biological programs that, at least in theory, you, can influence or slow down. And lobsters are going to teach us how to do this. If you can mimic what lobsters actually do, you, could theoretically extend your lifespan. Lobsters just keep producing telomerase in every tissue of their body throughout their entire life. And most of us humans stop producing telomerase when we become adults. Then we start getting old in the early stages of life, when you're growing fast and rebuilding your body basically from scratch, every month, it feels like telomerase is switched on. Keeps your cells dividing rapidly and safely so your tissues develop the way they should. And as you reach adulthood, something shifts in most of your cells. Telomerase production just shuts down. And only a few exceptions remain. Your stem cells, which need to keep regenerating. Your reproductive cells, which need perfect genetic integrity. And strangely, cancer cells. Cancer cells hijack telomerase so they can stay alive and divide endlessly, which is one of the reasons tumors are so aggressive and hard to kill. And that makes increasing your telomerase kind of tricky. If you just flood your body with telomerase, there might be consequences. If you increase it too much, you could theoretically turn on the same immortality program that cancer uses. That's why you want to be cautious about artificially activating telomerase with drugs or injections. It's also why a lot of anti aging solutions don't even target telomerase. Because of that risk, they just focus on what you see in the mirror instead. Some creams on your skin for wrinkles, Some serums for elasticity, Supplements for collagen. They work. Those products can make the surface look better, at least temporarily. But they don't address one of the major causes of aging, Telomerase shortening at the cellular level. So the real breakthrough is finding ways to safely and naturally activate telomerase in humans without any cancer risk, without drugs, without side effects. We need approaches that switch telomeres on just enough to protect and rebuild telomeres, but not enough to push them into a dangerous overdrive that could eventually become cancer. So what's the solution that you can use right now? The same thing the celebrities do. Well, you could focus on foundational telomere protection. Don't smoke. If I even need to say that. Don't vape either. Minimize processed food. Make sure you get good quality restorative sleep, because all of those in studies directly affect the length of your telomeres. And the good news is, if you're young, it's easier to keep your telomeres than it is to wait till you're old and try and rebuild them. And it doesn't take much time or energy when you're young. It takes a lot of time and energy when you're old. The next thing you want to do is exercise moderately and do it consistently. Intense chronic cardio, doing it all the time shortens telomeres. And short high intensity sessions can actually support telomere health. So over training for long periods of time, not so good for you. Exposure to mild stressors like a cold shower or heat therapy or a sauna will activate repair pathways. But you've got to improve recovery. One thing to do, morning sunlight, which helps you to regulate circadian rhythm. This has been a core part of biohacking for the last 15 years. Go outside, take off your glasses, get some sunlight and make sure you sleep in total darkness. Black out that room like a cave. No LEDs, no light coming in through the windows. It's going to enhance your repair processes. They're foundational for slowing cellular declines and they're free. And most importantly of all, though, what the celebrities are doing reduce your stress. It doesn't mean just don't do anything stressful. Stress control isn't just a bonus, it's a requirement for telomerase activation. It means you handle your stress better. And there's one stress reducing practice in particular that you could use. Multiple peer reviewed scientific studies back this method and it naturally raises telomerase. No pills, no needles, no expense at all. And this is where this story takes a sharp turn. See, modern life makes stress unavoidable. It means your telomere damage to some extent is unavoidable. Our world today is built around chronic stress. Ultra processed foods that just cause inflammation. You get blue light exposure everywhere you go, even right before bed. And our culture glorifies overwork and keeps you stressed. Or maybe you don't want to overwork, but you just have to make rent. So you do. You probably wake up to a phone alarm, scroll through notifications as soon as you wake up and you stay up late staring at that same screen. All of those activities raise cortisol, which is your body's main stress hormone. You need some cortisol, but constant stimulation is not good because it shortens your telomeres and it's going to make your cells older. Scientists see that evidence firsthand. People who are Caregivers of chronically ill family members have telomeres as short as people a decade older. So being stressed because you're caring for someone can make you 10 years older. In other words, that stress can literally seal years of healthy life. That means a lot of us are biologically older than our birth certificates say we are, just because of our lifestyle. And funny enough, lobsters don't have that problem. Their biology protects them with constant telomerase production. So if stress doesn't get them the way, it ages us. Also, I think lobsters don't worry a lot.
