Take it from someone who’s old:
You don’t want to reach the Age of Senior Discounts with regrets about all the things you do to prepare your body and mind.
In the following article, we’ll cover the best practices for aging well—preserving longevity, quality of life, healthspan. They include:
Some are easy. Some take more effort. Many are common sense. All are supported by research, some of it going back decades.
But before we get into all that, we’ll start with something more fundamental.
Despite centuries of medical breakthroughs, everyone who’s been lucky enough to get old either has died or will die.
There’s a reason no one’s been able to find a loophole.
“Virtually all of our genes, and all of our vital systems, play a role in aging,” says biochemist Charles Brenner, PhD, chair of the Department of Diabetes and Cancer Metabolism at City of Hope National Medical Center.
Because there’s no “lone gunman”—no single gene that goes gray and takes everything else down with it—there will never be a single pill, potion, or practice to stop the process, let alone reverse it.
“The anti-aging industry has been full of grifters for thousands of years,” Brenner says. “Overpromisers and underperformers.”
The modern roots of the industry go back to 1990, when a study in the showed promising results from administering human growth hormone to older men.1
It was a small study—just 12 men received hGH, with nine comparable participants serving as a control group.
But the results “were sensationalized by the press in a number of exaggerated reports,” according to biologist Richard F. Walker, PhD.2
That was enough to jump-start an anti-aging “gold rush,” Walker wrote—one that was commercialized from the jump.
The money is bigger today, with tech billionaires investing crypt-loads of cash in life-extension startups.3
But the problem they keep running into remains the same, Brenner says:
What he means is that humans evolved to satisfy five basic priorities:
If we had stopped there, we would be similar to all other animals. We would live as long as we’re reproductively capable, and then we’d expire.
But in the 300,000 generations since hominids split off from the great apes, we our life expectancy.
That allowed some of our ancient ancestors to become active grandparents, which was a huge evolutionary advantage.4
Life expectancy doubled again in the past two centuries, thanks to breakthroughs in sanitation, nutrition, medicine, hygiene, and public safety.
And yet, despite all those gains in lifespan, there remains a hard cap on lifespan.
That’s because the aging process begins at birth and never stops.5
Once you get past your growth stage, your body becomes progressively less capable of repairing tissues and maintaining vital structures and functions.6
▶ The first is metabolism.
Your metabolic rate declines about 0.7 percent per year in your sixties and beyond. If you live to 95, your daily energy expenditure will be about 20 percent lower than it was in your late 50s.
That’s according to research from an international consortium of scientists who crunched four decades’ worth of metabolic data on thousands of participants of all ages.7
The problem isn’t just that elderly people lose muscle. Their remaining lean mass also burns fewer calories. That includes energy-hungry organs like the brain and liver. A slower metabolism means you’re more likely to store fat in your muscles, liver, heart, and other places it doesn’t belong.
Intramuscular fat, for example, is linked to lower strength and mobility, as well as elevated blood sugar and higher insulin resistance.8
▶ The second is cognition.
With advancing age comes a long list of declining cognitive abilities:9
The combination of physical and cognitive decline means you’re less able to do what you know how to do, and less capable of adapting to your changing circumstances.
But while the process itself is inexorable, there’s a lot you can do to slow it down.
If you asked an expert to make a list of healthy aging strategies, it would probably have two parts. You’d expect the “do this” section to be more substantial, as it is here.
But it’s on the other side of the list that you’ll find your first line of defense against physical and mental decline.
That’s according to Brian St. Pierre, MS, RD, Director of Performance Nutrition for PN.
You can probably guess most of the potential life-shortening behaviors:
All those things—along with infectious diseases and environmental pollutants—are what Brenner calls metabolic insults.
They all stress your metabolism and make it more difficult for your body to repair itself. (That’s the focus of Brenner’s research at City of Hope.)
On the proactive side of the list, you’ll probably find aspirational targets like:
The problem is, very few of us have the energy or ambition to check every item on the list. Just 6.3 percent of Americans collect the entire set, according to a 2016 study by the U.S. Centers for Disease Control and Prevention.10
So, from a public-health perspective, you could say the glass is 93.7 percent empty.
Or, from a personal perspective, you could pick and choose which practices and behaviors will have the most impact on your own health—and, by extension, give you the best chance for a long, satisfying life.
Make those your “big rocks,” the things you value most and will continue doing as long as possible.
In studies going back to the last century, participants who increased their levels of physical activity lowered their risk of dying of any cause by 15 to 40 percent.11
What does that mean?
Let’s look at one study:
Starting in the late 1970s, the British Regional Heart Study recruited thousands of middle-aged men. More than 3,000 were still in contact with the researchers 20 years later. By 2016, just over half of them had died, according to public records. 12
Participants who told researchers they increased their activity level were 24 percent less likely to die of any cause, compared to those who reported moving less.
Those who sustained modest activity levels were 17 percent less likely to die than the low-activity group.
Studies show even more powerful benefits when participants push themselves hard enough to increase their cardiovascular fitness.
Simply moving up from the lowest level of fitness—usually the bottom 20 percent of the study population—to a higher level significantly decreased the risk of dying of any cause in the following years.11
Moreover, the protective benefit of cardio fitness appears to be linear. That is, the higher your fitness level, the lower your risk of dying during any particular window of time.13
If you’re among the two-thirds of Americans with a BMI of 25 or above (full disclosure: I’m with you), you can mitigate any potential weight-related disease risk through exercise and diet.
Studies show, for example, that increasing your maximum aerobic capacity (a.k.a. VO2 max), is consistently linked to lower all-cause mortality among participants classified as overweight and obese, even when they don’t lose weight in the process.11
So is resistance—the process of trying to increase your strength and size—especially when it’s combined with cardio exercise.14,15,16
Finally, there’s walking speed. It’s one of the least known but most powerful predictors of who’ll live the longest.17,18 Which makes sense: Walking at a brisk pace requires a mix of muscular strength, cardio fitness, balance, and mobility.
You can make all of the above as simple as this:
“Move every day,” says Stuart Phillips, PhD, director of McMaster University’s Physical Activity Centre of Excellence, where he works closely with older adults who live near the campus in Hamilton, Ontario.
“Without daily movement, you go downhill fast.”
The specifics don’t matter nearly as much as the fact you’re doing something.
“On average, people tend to eat better when they exercise more,” St. Pierre says.
That doesn’t mean we eat .
Although exercise does seem to have an appetite-regulating effect (especially among people with low to moderate activity levels), that changes as we crank up the duration and intensity of our workouts. Hunger rises, and we eat more.19
But even then, we at least try to make better food choices, and often succeed.
St. Pierre says we do that for both physiological and psychological reasons.
“Physiologically, exercise improves your brain health, including the parts of the brain that are highly involved in our thoughts, actions, and emotions,” he says.
Those improvements seem to reduce our desire for highly processed foods, and help us make healthier choices to replace them.
Psychologically, he says, our fitness pursuits tend to lead to a healthier meal pattern because we don’t want all that effort to go to waste. “And good habits tend to stack on one another in a virtuous cycle, as opposed to a vicious one.”
A healthy diet, one based on minimally processed whole foods, also helps prevent many of the chronic diseases associated with aging, St. Pierre says.
Those foods include:
“The biggest thing to emphasize is the overall pattern,” he adds. “Whether you eat more carbs or more fats is a personal preference.”
Getting a variety of foods within each category is helpful. That’s especially true for fruits and vegetables. You’ll not only get an abundance of key vitamins and minerals, the water they contain will also help keep your body hydrated.
That’s important because, the older you get, the greater your risk of dehydration.
“It’s far more common in the elderly, due to medications and a reduced sense of thirst,” St. Pierre says. “And it can impact physical and mental health more profoundly in that group.”
Generally speaking, people who sleep less than seven or more than eight hours a night, and who go to bed and wake up at unpredictable times, are at higher risk for pretty much everything—obesity, diabetes, cardiovascular disease, and death from any cause.20,21
Establishing a regular, consistent sleeping-and-waking routine is probably the most powerful way to improve your sleep quality. (Bonus: It also helps to start that routine before midnight.)
One of the most impactful strategies to use to encourage good sleep is to employ a nightly bedtime ritual.
Just like Pavlov’s dogs learned to salivate at the sound of a bell, your body can learn to wind down with a custom-tailored pre-sleep routine.
About 30 minutes to an hour before bedtime, wrap up any stimulating activities (working, doomscrolling, intense exercise) and switch to activities that promote physical and mental relaxation. For example, read, take a bath or shower, do a mini yoga routine, or watch a favorite show.
Dim the lights, and maybe lower the thermostat a few degrees.
If you’re the ruminating type, consider doing a “brain dump.” Take a few minutes to write out a list of whatever’s bugging you: Emails you need to send or reply to, calls you have to make, project ideas, creative thoughts, that thing you should have said to that person…
Whatever’s on your mind, get it out of your head and onto your list.
(For more advice on how to engineer an excellent night’s sleep, check out our infographic: The power of sleep)
There’s one more key to a long, healthy life.
It’s something you can’t get with exercise, nutrition, or sleep. It’s impervious to wealth, fame, or professional achievement.
Tech bros can’t buy it, big pharma can’t replicate it, and longevity hustlers can’t sell it.
That’s according to the Harvard Study of Adult Development, which began in 1938 and continues today with the descendants of its original participants—Harvard undergrads (including future U.S. president John F. Kennedy) and teenage boys from underprivileged backgrounds.22
Robert Waldinger, MD, is the study’s fourth director. In his 2015 TED talk, he said it’s this simple:
“Good relationships keep us happier and healthier. Period.”
A 2016 study by Waldinger and his coauthors found that octogenarian participants who felt securely attached to their spouses—they believed they could count on them in life’s roughest moments—performed better on memory tests than those who felt less connected.23
“Think about relationships as something akin to physical fitness,” said Marc Schulz, PhD, associate director of the Harvard study, in a recent podcast interview.
To function, they require not just time and energy. At critical moments you also need to reflect on what is and isn’t working for you and the other person. And that applies to all important relationships—family, friends, neighbors, and colleagues as well as life partners.
Put another way: If you want a longer life, it helps to a life.
Click here to view the information sources referenced in this article.
1. Rudman, D., A. G. Feller, H. S. Nagraj, G. A. Gergans, P. Y. Lalitha, A. F. Goldberg, R. A. Schlenker, L. Cohn, I. W. Rudman, and D. E. Mattson. 1990. “Effects of Human Growth Hormone in Men over 60 Years Old.” The New England Journal of Medicine 323 (1): 1–6.1990
2. Walker, Richard F. 2006. “On the Evolution of Anti-Aging Medicine.” Clinical Interventions in Aging 1 (3): 201–3.
3. “Issue No. 164: What’s Trending in 2022?.” n.d. Fit Insider. Accessed January 22, 2024. https://insider.fitt.co/issue-no-164-whats-trending-in-2022/
4. Song C, Havlin S, Makse HA. 2009. “Self-similarity of complex networks.” Proceedings of the National Academy of Sciences, 106(33), 11448-11453.
5. McDonald, Roger B., and Rodney C. Ruhe. 2011. “Aging and Longevity: Why Knowing the Difference Is Important to Nutrition Research.” Nutrients 3 (3): 274–82.
6. Walker, Richard F. 2007. “What’s in a Name?” Clinical Interventions in Aging 2 (1): 1–2.
7. Pontzer, Herman, Yosuke Yamada, Hiroyuki Sagayama, Philip N. Ainslie, Lene F. Andersen, Liam J. Anderson, Lenore Arab, et al. 2021. “Daily Energy Expenditure through the Human Life Course.” Science 373 (6556): 808–12.
8. Addison, Odessa, Robin L. Marcus, Paul C. Lastayo, and Alice S. Ryan. 2014. “Intermuscular Fat: A Review of the Consequences and Causes.” International Journal of Endocrinology 2014 (January): 309570.
9. Veríssimo, João, Paul Verhaeghen, Noreen Goldman, Maxine Weinstein, and Michael T. Ullman. 2022. “Evidence That Ageing Yields Improvements as Well as Declines across Attention and Executive Functions.” Nature Human Behaviour 6 (1): 97–110.
10. Liu, Yong, Janet B. Croft, Anne G. Wheaton, Dafna Kanny, Timothy J. Cunningham, Hua Lu, Stephen Onufrak, Ann M. Malarcher, Kurt J. Greenlund, and Wayne H. Giles. 2016. “Clustering of Five Health-Related Behaviors for Chronic Disease Prevention Among Adults, United States, 2013.” Preventing Chronic Disease 13 (May): E70.
11. Gaesser, Glenn A., and Siddhartha S. Angadi. 2021. “Obesity Treatment: Weight Loss versus Increasing Fitness and Physical Activity for Reducing Health Risks.” iScience 24 (10): 102995.
12. Aggio, Daniel, Efstathios Papachristou, Olia Papacosta, Lucy T. Lennon, Sarah Ash, Peter Whincup, S. Goya Wannamethee, and Barbara J. Jefferis. 2020. “Trajectories of Physical Activity from Midlife to Old Age and Associations with Subsequent Cardiovascular Disease and All-Cause Mortality.” Journal of Epidemiology and Community Health 74 (2): 130–36.
13. Mandsager, Kyle, Serge Harb, Paul Cremer, Dermot Phelan, Steven E. Nissen, and Wael Jaber. 2018. “Association of Cardiorespiratory Fitness With Long-Term Mortality Among Adults Undergoing Exercise Treadmill Testing.” JAMA Network Open 1 (6): e183605.
14. Li, Ran, Jin Xia, X. I. Zhang, Wambui Grace Gathirua-Mwangi, Jianjun Guo, Yufeng Li, Steve McKenzie, and Yiqing Song. 2018. “Associations of Muscle Mass and Strength with All-Cause Mortality among US Older Adults.” Medicine and Science in Sports and Exercise 50 (3): 458–67.
15. Srikanthan, Preethi, and Arun S. Karlamangla. 2014. “Muscle Mass Index as a Predictor of Longevity in Older Adults.” The American Journal of Medicine 127 (6): 547–53.
16. Saeidifard, Farzane, Jose R. Medina-Inojosa, Colin P. West, Thomas P. Olson, Virend K. Somers, Amanda R. Bonikowske, Larry J. Prokop, Manlio Vinciguerra, and Francisco Lopez-Jimenez. 2019. “The Association of Resistance Training with Mortality: A Systematic Review and Meta-Analysis.” European Journal of Preventive Cardiology 26 (15): 1647–65.
17. Stamatakis, Emmanuel, Paul Kelly, Tessa Strain, Elaine M. Murtagh, Ding Ding, and Marie H. Murphy. 2018. “Self-Rated Walking Pace and All-Cause, Cardiovascular Disease and Cancer Mortality: Individual Participant Pooled Analysis of 50 225 Walkers from 11 Population British Cohorts.” British Journal of Sports Medicine 52 (12): 761–68.
18. Studenski, Stephanie, Subashan Perera, Kushang Patel, Caterina Rosano, Kimberly Faulkner, Marco Inzitari, Jennifer Brach, et al. 2011. “Gait Speed and Survival in Older Adults.” JAMA: The Journal of the American Medical Association 305 (1): 50–58.
19. Beaulieu, Kristine, Mark Hopkins, John Blundell, and Graham Finlayson. 2018. “Homeostatic and Non-Homeostatic Appetite Control along the Spectrum of Physical Activity Levels: An Updated Perspective.” Physiology & Behavior 192 (August): 23–29.
20. Jean-Louis, Girardin, Michael A. Grandner, and Seithikurippu R. Pandi-Perumal. 2021. “Sleep Health and Longevity-Considerations for Personalizing Existing Recommendations.” JAMA Network Open.
21. Mazzotti, Diego Robles, Camila Guindalini, Walter André Dos Santos Moraes, Monica Levy Andersen, Maysa Seabra Cendoroglo, Luiz Roberto Ramos, and Sergio Tufik. 2014. “Human Longevity Is Associated with Regular Sleep Patterns, Maintenance of Slow Wave Sleep, and Favorable Lipid Profile.” Frontiers in Aging Neuroscience 6 (June): 134.
22. “Harvard Second Generation Study.” n.d. Harvard Study. Accessed January 22, 2024. https://www.adultdevelopmentstudy.org/
23. Waldinger, Robert J., Shiri Cohen, Marc S. Schulz, and Judith A. Crowell. 2015. “Security of Attachment to Spouses in Late Life: Concurrent and Prospective Links with Cognitive and Emotional Wellbeing.” Clinical Psychological Science 3 (4): 516–29.
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