Anti-Aging Tips For Men

 

anti aging tips for menClose-up shot of a handsome young man with towel in his neck admiring looking at his face in the bathroom mirror.

Traditional doctors approach aging as something that is imminent, unavoidable, and uncontrollable. Their goal is to merely treat your age-related symptoms as they pop up, like a medical version of whack-a-mole. 

But I view aging VERY differently. 

Science has shown us that there’s a lot we can do to slow, and actually reverse, the course of your aging process. That’s because healthy aging is NOT about hitting the genetic jackpot. Instead, it’s about adopting preventative strategies that slow the cellular processes associated with aging, improve your immune system, prevent disease, and ultimately boost your sense of youth and vitality.

How Inflammation Impacts Aging

There’s one factor that dramatically speeds up the process of aging – inflammation. In fact, chronic inflammation underlies nearly every disease associated with aging, including hypertension, cardiovascular disease, dementia, arthritis, cancer and diabetes, just to name a few.[1]

Chronic inflammation may not directly cause aging per se. Rather, it acts like gasoline, turning the normally smoldering embers of cellular degeneration into a raging fire that causes destruction throughout the body and brain. Inflammation wreaks havoc on your immune system, your gut health, your brain health and your mental wellbeing.

Unfortunately, our modern routines are riddled with factors that increase inflammation—from highly processed diets to a sedentary lifestyle to environmental toxins. But it doesn’t have to be that way. With a few tweaks to your daily regimen, you can smother the flames of inflammation and be on your way to living a long, energetic, disease-free life.

How to Reduce Inflammation and Promote Healthy Aging

1. Eat for Life

If you are like most people, your major source of inflammation comes served on your dinner plate. Eating a typical American diet high in omega-6 poly-unsaturated fats (think canola oil, safflower oil, etc.) , highly-processed oils (think ‘partially hydrogenated’ anything), and refined sugars all directly promote inflammation and increases your risk of disease. Conversely, eating a healthy diet reduces inflammation, boosts your immune system, and protects you against both infectious and chronic diseases.

Let’s break down the three key pillars that form the basis of a healthy, anti-aging diet.

The first pillar involves choosing complex carbohydrates over simple ones.

Simple carbs are found in anything made with sugar, but they are also found in things we don’t consider sweet, like white bread, potatoes, pasta, white rice, pizza dough and pasta.

What makes simple (or refined) carbohydrates unique is that they’ve been stripped of all their fiber, bran, and nutrients. As a result, your body is able to quickly break them down into sugars, which sounds like a good thing but it isn’t. Eating simple carbs floods your system with sugar, resulting in body-wide inflammation

This sugar spike also triggers your pancreas to create a surge in insulin in order to clear the sugar from your bloodstream. But all that insulin makes you feel hungry again, which is why we tend to crave simple carbs rather than vegetables. 

Over time, this dramatic rise and fall in blood sugar causes you to overeat, gain weight (especially dangerous belly fat), and develop insulin resistance (i.e., type-2 diabetes). It also causes unhealthy fluctuations in your mood and energy levels. And if that isn’t bad enough, a diet high in simple carbs puts you at greater risk for high blood pressure, heart disease, cancer, depression and bipolar disorder.[2, 3]

Simple carbs are also dangerous because they produce a particularly nasty substance called Advanced Glycation End Products (AGEs). AGEs are toxic molecules that form when protein or fat combines with the sugar in our bloodstream.[4

When AGEs accumulate, they form a sticky, inflexible substance that clogs our blood vessels and coats our major organs, sometimes resulting in organ failure. AGEs promote oxidative stress, which is a fancy way of saying they make our cells old before their time. Scientists are just starting to discover the ways in which AGEs drive age-related illnesses, but what is clear is that consuming a healthy diet is the main way to keep these toxic molecule levels low.[5]

Now trying to quit anything cold turkey is hard, so instead of just cutting out sugars and simple carbs, think about replacing them with complex carbs. 

  • Swap out sugary desserts with fresh fruit like strawberries or apples. 
  • Switch white bread with wheat or even better, a lettuce leaf. 
  • Opt for brown rice, lentils, or an ancient grain like amaranth or quinoa versus white rice.
  • Switch from regular pizza dough to a cauliflower crust. With a few creative tweaks to your diet, you are less likely to feel deprived and more likely to stick with your new eating habits.

The second pillar in an anti-aging diet is eliminating bad fats and incorporating good fats. In the 1980s, fat got a bad rap. Doctors argued that eating a diet high in fat skyrocketed cholesterol and caused heart disease. 

But experts now recognize this assumption was wrong. In truth, there are good fats and bad fats and a key to anti-aging is knowing the difference.

Generally, fats fall into these broad categories:

  • Trans fats: Trans fats are the worst kind of fats because they raise your LDL (bad cholesterol) and triglycerides and lower your HDL (good cholesterol). For this reason, the FDA started banning trans fats in 2018, but they can still be found in some food sources, including vegetable shortening, fried fast foods, and some brands of microwave popcorn.
  • Omega-6 polyunsaturated fats: These are the fats found in oils such as safflower oil, sunflower oil, canola oil, soybean oil, corn oil, and most other oils that are used for cooking. Unfortunately, when you eat out at a restaurant, almost ALL of the foods are cooked using these oils. These fats stimulate your fat cells to produce cytokines, which are proteins that cause low-level, chronic inflammation. They have been linked to a number of age-related, inflammatory-based illnesses, including diabetes, heart disease, cancer, and arthritis.
  • Omega-3 polyunsaturated fats: These are considered to be “heart-healthy” fats because they raise your HDL and lower your LDL, thereby protecting you against vascular diseases. These fats are found in fish, vegetables such as avocados, and healthy nuts.
  • Monounsaturated fats: These are also considered to be the most “heart-healthy” fats. They reduce inflammation, promote cellular efficiency, and protect you from vascular disease. These fats are found mostly in olive oil, and healthy nuts such as almonds and macadamia nuts.
  • Saturated fats: A diet high in saturated fats can increase your risk for developing heart disease and vascular disease, which is why most nutritionists recommend limiting saturated fats to no more than 10% of your daily fat intake.[6] Saturated fats are found in animal-based foods such as red meat, cheese, and dairy, as well as plant-based oils like coconut and palm oil. These oils are also commonly used in commercially produced baked goods like boxed cookies and crackers.

Both are types of the polyunsaturated fats (omega-3 and omega-6) are considered “essential fats” which means the body requires them for normal functioning. Our body doesn’t naturally produce these fats, which means the only way to get them is through our diet. But an important distinction is that omega-6s are pro-inflammatory and omega-3s are anti-inflammatory.

Omega-6 fats, like soybean oil, are far cheaper which means they are more likely to appear in processed foods. And since processed foods make up a significant proportion of the American diet, we as a nation are consuming too many omega-6s and not enough omega-3s. 

The recommended ratio of omega-6 to omega-3 fatty acids in 4:1, but the Western diet ratio is more like 10:1 or even 50:1![8] This imbalance increases body-wide inflammation and negatively alters cell-membrane health.

To correct this imbalance, try to reduce the amount of omega-6s in your diet and boost the omega-3s. An excellent way to do this is to follow the World Health Organization’s recommendation to consume two servings of oily fish per week. 

In fact, research shows people who eat seafood 1-4 times per week are less likely to die of heart disease or strokes.[9] You can also stock up on flaxseeds, chia seeds, walnuts, avocados, and grass-fed beef, which are all high in omega-3s.

Excessive saturated fats also promote inflammation, weight gain, and ultimately aging. Depending on your genetics (remember how important ‘epigenetics’ is?), some people can tolerate more saturated fats than others. But for some, consuming more than 10% of your fat intake as saturated fat can dramatically increase your risk for early ALzheimer’s Disease and cardiovascular disease.

But here is the good news—the negative impact of these fats can easily and quickly be reversed. One study found that after just two weeks of swapping out saturated fats with monounsaturated fats, cytokines were reduced and as a result, brain functioning was significantly improved.[7] So by making just a few simple swaps to your diet, you can quickly reduce inflammation, prevent disease, and enable your body and brain to age healthier.

The third pillar of an anti-aging diet is to “eat the rainbow,” which means eating a wide range of vegetables and fruits to ensure a wide range of vitamins and minerals.

Focus on incorporating dark greens (broccoli, watercress, kale) and brightly colored vegetables and fruits (red bell peppers, carrots, blueberries).

Supplements can also help you incorporate important nutrients into your diet. Research supports the use of several anti-aging supplements, including CoQ10 and Vitamin C (to learn more, check out my article on the 7 supplements every man should be taking).

2.Keep Moving

What you put into your body is only half of the anti-aging equation; just as important is what you do with your body. Exercise isn’t just a solution for weight loss. It actually equips your body with the tools it needs to successfully navigate the aging process.

With the rise of wearable tech, there has been an emphasis on counting the number of daily steps to improve health, but there is no scientific evidence to support the well-known “10,000 steps a day” rule. Instead, what you should be focusing on are the minutes you spend each day in your target heart rate. 

Heart Rate Matters

Your target heart rate varies depending on your age. First, you need to calculate your maximum heart rate (MHR), which is 220 minus your age. So a 40-year old man would have a MHR of 180.

The key to heart-benefiting exercise is to work out at the proper intensity and duration. In terms of intensity, you want to exercise hard enough to raise your heart rate, but not so much that it reaches all the way up to your MHR. 

Moderate aerobic activity is generally defined as 50-70 percent of your MHR. So in the case of our 40-year old man, that would be a heart rate range of 90-126. 

Vigorous aerobic activity is defined as 70-85 percent of your MHR, which for a 40-year old man would be 126-153. Either way, you should always avoid going over the 85 percent upper limit since it offers no health benefits and can actually strain your heart.

In terms of duration, the Mayo clinic recommends you strive for at least 150 minutes of moderate aerobic activity—brisk walking, swimming, yard work and household chores—per week, but you could go all the way up to 300 minutes for maximum benefit.[10] If instead you prefer vigorous aerobic activity—running, aerobic dancing—strive for at least 75 minutes per week.

Keep in mind that exercise doesn’t just keep your heart young, it keeps your brain young too. Once study published in the Journal of Alzheimer’s Disease found that a lack of exercise in older adults raised their risk of developing dementia to a level that was equivalent to people who were genetically predisposed to the disease.[11]  

Studies like this prove that despite what your genes say, you have a great amount of control over your aging process. This is just one reason why I’m so passionate about epigenetics—the idea that your external environment affects the way our genes behave. And to clarify, your environment is not just chemicals or toxins in your environment, but also what you eat, how you move, how you breathe, how you sleep, etc.. 

In addition to aerobic exercise, the other essential component to an anti-aging workout is strength training. As we age, muscles lose their flexibility and shrink. 

In fact, after the age of 30, you lose 3-5 percent of your muscle mass every decade, and men on average lose 30 percent of their muscle mass over their lifetime.[12] On top of that, ligaments, tendons and connective tissues dehydrate and degrade as we age, further reducing our mobility and increasing risk of injury. 

But as exercise physiologist Dr. Thomas Storer makes clear, “Older men can indeed increase muscle mass lost as a consequence of aging. It takes work, dedication, and a plan, but it is never too late to rebuild muscle and maintain it.”[12]

To kick start muscle gain, focus on high rep workouts rather than heavy weights. A typical program might include 8-10 different exercises that target all major muscle groups, with 2-3 sets of 12-15 reps, performed 2-3 times per week. Once this program is established, you can increase the weights, drop the number of reps down to 10, then eventually work your way up to 15 and repeat the process. 

And don’t forget that muscle building requires protein. According to the American College of Sports Medicine, men engaging in strength training should consume 0.5-0.8 grams of protein per pound of body weight.[13] That means a 165-pound man generally needs around 80-135 grams per day, although remember that your genetics direct specifically how much protein your body needs (epigenetics!!).

Lastly, consider supplementing with things known to prevent muscle loss, including fish oil, vitamin D, and hormone replacement therapy. And don’t forget to fortify your bones too, with calcium and vitamin D (take these together for maximum absorption), as well as vitamin C, B12, and magnesium.[14]

3. Build a Better Brain

Our body isn’t the only thing that degrades as we age. The older we get, the longer our brains have been exposed to inflammatory triggers like toxins, chronic stress, and unhealthy foods. Only now are scientists discovering that conditions we assumed were inevitable as we age, like dementia and Alzheimer’s disease, are actually caused by brain-wide inflammation.[15]

The good news is that most of the things we’ve discussed that prevent the body from age-based decline benefit the brain as well. Exercising, avoiding sugar, keeping your cholesterol in check and maintaining a healthy diet are all excellent ways to protect your brain against aging. Additional strategies include getting 7-8 hours of sleep every night, limiting alcohol, quitting smoking, and reducing stress.

Certain supplements have also been shown to preserve cognitive functioning and prevent neurodegenerative conditions like Alzheimer’s and Parkison’s disease.[16] For example, vitamin D and B12 play vital roles in memory formation and cognitive functioning, which is why a deficiency in these vitamin has been linked to cognitive impairments, depression, and Alzheimer’s disease in older adults.

Fat is another important factor when it comes to brain health. Omega-3s account for 40 percent of the fatty acids found in our brains cells and they are especially concentrated at the synaptic connections where all communication between brains cells occurs.[17] Research shows higher intake of omega-3s is associated with larger brain volume and a decreased risk of developing Alzheimer’s disease, so consider adding a fish oil supplement to your daily routine.

Putting it All Together

Aging isn’t something you have to take lying down. With just a few tweaks to your routine and the addition of a few foods and supplements, you can actively slow down or even reverse the effects of aging. 

To see the power of lifestyle changes in action, look no further than a study published in The Lancet Oncology.[18] In this study, researchers had a group of men start a plant-focused diet, exercise for 30 minutes six days a week, and practice yoga or meditation for three months. After the three months, the researchers examined the men’s telomeres. 

Telomeres are a lot like those plastic endcaps on shoelaces that stop the laces from fraying and falling apart. In each of our cells, we have telomeres that cap off the ends of our chromosomes and keep the DNA strands intact. 

Cells replenish by copying themselves and each time they do, these telomeres get shorter and shorter. Eventually, they become too short to do their job, the DNA becomes damaged and the cell stops working. 

For this reason, the length of our telomeres is considered an indicator of our biological (rather than chronically) age. The shorter our telomeres, the “older” our cells are and the more likely we are to succumb to age-related illnesses.

So what did the study find? After just twelve weeks of adopting these simple lifestyle changes, the men’s telomeres grew by a whopping 10 percent. As lead researcher Dr. Dean Ornish stated, “This study is the first of its kind that scientifically proves you can reverse aging at a cellular level through lifestyle changes.”[19

With some adjustments in your lifestyle, you can turn the clock back on your cells too. If you want to take control of the aging process and feel better, schedule a consultation.  You’ll learn how a personalized health strategy can let you live your life to the fullest.

What Your Wearable Tech And Biometric Data Are Telling You About Your Health

Wearable tech devices have been around for a few years now, and with each update, they get more advanced. These these cutting-edge tools are incredibly useful whether you’re a trained athlete, a workout enthusiast, or simply want to increase your awareness around your overall physical activity. 

Now we can use the data from these devices to track our stress levels for optimizing our immune system.  We can do this by removing triggers that can have a negative effect on our body’s natural ability to fend off disease. 

Wearable devices have certainly evolved from their humbler beginnings as basic step counters, heart rate/activity trackers or reminder systems.  Now they offer an immense amount of specific biometric data that can be actively interpreted for optimum performance. 

This means you’ll have access to a slew of detailed metrics.  These metrics can be analyzed in order to bring some precision into your decisions about your body’s function during both exercise, rest periods, and sleep. You can actually optimize your health in a much more precise way. 

In fact, you can track and manage another key aspect of health: your stress level. Stress and immunity are intertwined. Using the information provided by wearable tech devices through direct awareness of your body’s function means that can offer real-time cues into stress triggers.  And as we all know these stress triggers have a huge impact on your immune system, positive and negative. The more you know about how your body is performing, the sooner you can pivot away from the stress negatives that can have a serious impact on your immune system.

Track Your Physiological Data On A Wearable Tech Device

You no longer have to guess what’s happening inside your body or how to improve your performance. Tracking your physiological data on a wearable tech device, and use it as a tool for specific modifications to your behaviors, diet, or environmental factors, 

Biomarkers – such as Heart Rate Variability (HRV), blood volume pulse, blood and muscle oxygenation, are accessible through wearable tech devices.  These biomarkers add a whole new dimension to your awareness (and adjustment) of your body’s performance. 

The coolest part? Many devices are also hard at work while you sleep, busily detecting important metrics. These devices give you fascinating and useful details about sleep quality and patterns. Both sleep quality and patterns have an incredible impact on your body’s overall performance day or night. What’s more, this information speaks volumes about your overall stress level. All the while, your immune system could be really struggling as a result. 

Let’s take a closer look at biomarkers and the way we can learn extensive detail through current wearable tech devices. 

Learn Your Levels: Establish Your Biometrics Baseline 

The more you know about your body’s performance during activity, rest, and sleep, the more you’ll be able to exert control over improvements that will get you closer to your peak performance.  You can be leverage data that points to excessive stress levels or stress-relieving activities or routines that will strengthen your immune system, too. 

The actionable insights that come from the data on your wearable tech device put the power in your hands. 

Biomarkers related to heart activity, in particular, are some of the most essential data collected from a wearable tech device. This can effectively allow you to see what’s happening within your cardiovascular system. 

You can then monitor new activity to compare values when this baseline activity has been established. Plus, you can locate points of stress that can be reduced thanks to this monitoring process. 

Wearable tech devices that measure your body temperature (even while you sleep, such as the Oura Ring) deliver data related to your sleep performance. By comparing that value to values from earlier nights, it indicates your body temperature baseline and any variations from it. That means that you can use that data to make precise adjustments as needed.

Simply put: remove a lot of guesswork by learning your levels and establishing a baseline. Now you can paint a far more complete picture of your body’s performance. Using this data, then, provides actionable insight to make strategic adjustments in your behaviors, diet, or environment. All of that can improve your physiological performance. 

Wearable Tech Results: What We Can Learn From Heart Rate Variability Data

A person with a healthy heart – and without a pacemaker – has variability in their heart rate, both in the pace of beats and in the interval between the beats. For example, if your resting heart rate is 60 beats per minute, your heart isn’t beating every second on the second. The interval varies just slightly between each beat. 

If you’ve ever seen an electrocardiogram (ECG) reading, you’ve noticed subtle differences in the distance between the beat measurements. This indicates that both branches of the autonomic nervous system are working well in a healthy heart. 

A well-functioning parasympathetic nervous system assists the heart to slow down during rest. If the heart rate and HRV are still elevated while at rest, this may be an indicator that the autonomic nervous system is not functioning properly, creating more stress on your system. Locating and modifying these points of stress is a great way to use the data gleaned from your wearable tech.  It puts a bit more control into your hands. As a result, you can make real-time changes that will impact you right away. 

I’ll give you a great example of how this data can be used. I wear a tech device to regularly track my biomarkers, and I saw a change in my HRV and stress levels that made me look twice. My wife and I like to enjoy date nights twice a week, and I noticed that the next day, my HRV and stress levels were way up.  It took me a minute, but I realized that it was the glass of red wine that I was having with dinner that was causing this effect. So now I opt out of the glass of wine and removed that negative effect.  

Can your Garmin Smart Watch detect coronavirus?

Garmin and scientists from top universities and institutes around the world are actively researching whether wearable devices can help identify early indications of coronavirus.

“The premise is actually quite simple. (1) An elevated heart rate is an early sign of a common cold, the flu or coronavirus. (2) Garmin smartwatches have built-in heart rate monitoring at the wrist. Put the two together and society could have an extremely helpful tool for early indications of the virus on a mass scale.” REF

We are just at the forefront of what we can do with wearable tech and all of the data provided to us.

Wearable Tech Results: What Sleep Data Can Tell You About Your Body 


In the dark ages (or probably even a lot more recently) we used to head to bed and hope for the best, shooting for about eight hours if we were lucky. Perhaps we knew we weren’t sleeping well because we felt like total garbage the next day.  And we had a hard time concentrating on pretty much anything. Or maybe we slept great one night, and not-so-great for the next two nights, and had no idea why. 

It was a pretty good mix of guessing, making assumptions, and blindly trying different things to figure it out. I’ve even heard of some people just kind of resigning themselves to the idea that well, they’re just “not a very good sleeper.” So untrue! 

With wearable tech devices hard at work even while we sleep, sensors that track body temperature, heart rate, blood and muscle oxygenation (among other things) deliver a lot of valuable information. This incredible information can uncover clues for helpful insight that you can then use to troubleshoot. 

The Oura Ring and Garmin Watches are high-performing devices that collect biometric data about your body’s sleep performance.  This is hugely valuable.  You can uncover otherwise hidden patterns that have a serious impact on your waking hours and overall health. 

SLEEP STAGE TRACKING (REM, DEEP, LIGHT)

Tracking your nightly sleep cycle delivers huge insight as your brain makes its way through the three individual stages of sleep. Interruptions within these cycles, plus the actual timing of deep, REM, light sleep, and possible awake time during the night can point to areas that can be corrected. 

Here are a few other key ways that the wearable tech can deliver important data about you. 

  • RECOVERY OPTIMIZATION
  • RESTING HEART RATE
  • HEART RATE VARIABILITY (HRV)
  • STRESS LEVELS
  • CALORIES
  • BODY TEMPERATURE TRENDS
  • RESPIRATORY RATE
  • DAILY ACTIVITY GOAL
  • ALWAYS ON – DAYTIME ACTIVITY TRACKING
  • STEPS AND CALORIES
  • INACTIVITY ALERTS
  • ACTIVITY BALANCE

SLEEP RESULTS:  WHAT TO DO WITH THEM

When it comes to sleep data, any patterns that demonstrate a problem can be used to troubleshoot your way towards a better night’s sleep.  You can make precise adjustments to behaviors, diet, and environmental factors. 

For example, if your device reports a rise body temperature around 2 am for about two hours, this might point to some easy-fix issues in the room. Try wearing lighter clothes to bed but adding an extra blanket, which is easily removable without much effort. Or, add a fan to the equation. Track your new results for the next few days. 

The point is this: listen to what your body is telling you with the help of data collected while you’re asleep. It’s a key step to making the kinds of adjustments that will improve both the quality and the duration of your sleep. 

The human immune system is remarkably flexible and resilient – but as we age, as with everything else, our bodies’ ability to cope with stressors can lead to changes in immune response. That means that what worked for us in our 20’s and 30’s might require additional adjustments. Quite frankly, no matter what the age, sleep is incredibly important for total body health.

Sleep data provides us with real-time information to alert and inform us of both the cause and the effect of sleep issues and the cascading effects on health. It’s in the sleep data these wearable tech devices really shine.

You can read more about using wearable tech devices to improve your sleep quality and quantity here. 

Wearable Tech Results:

How To Use Your Muscle Ox % (or SmOx%) Data

If you work out a lot and you’re using a wearable tech device, take a look at versions that measure another important biomarker: Muscle Ox %. 

Muscle Oxygenation Percentage is essentially the balance between oxygen delivery and oxygen consumption within the muscle tissue. To simplify, oxygen delivery is the amount of oxygen available for use within the system. It’s the oxygen you’re taking in while you work out. Oxygen consumption describes the efficiency of the muscle as it uses that available oxygen. Muscle Ox % varies, but most people will exhibit levels between 50% to 70% when at rest.

Moxy Monitor 

The Moxy Monitor was designed for anyone who wants to maximize their exercise performance. This smart device measures the Muscle Ox % while muscles are under exercise or athletic stress. 

The Moxy Sensor (within the Moxy Monitor System) utilizes light-emitting diodes and photodetectors, creating a spectrometer that measures muscle oxygen. It’s totally portable, water-resistant, and weighs less than a sports watch. The internal data recording allows Moxy to be used even where radio transmission of data is difficult (like underwater). It’s designed to measure muscle tissue through up to 12mm of fat layer thickness.  

So how do you use this information? Glad you asked.  As you’re working out, the Muscle Ox % being monitored is guiding your training process by knowing exactly how your muscles are handling the workout. If the Muscle Ox % is balanced, you’re training at a level that’s steady and sustainable. 

Rising Muscle Ox % levels  mean that your muscles are consuming more oxygen than what’s being delivered by your blood flow, and that means that you’re reaching capacity on muscle activity. 

Avoid Injury Risks With Precision Data

You won’t need to guess if you’re in the danger zone with your workout. Your wearable tech device sends you data that indicates that your muscles are consuming a lot more oxygen than what’s being delivered. This means that you’re training at a pace that’s not sustainable – you’re burning out and risking injury.

You can avoid that by paying close attention to the recovery phase. 

You entered the recovery phase once your tracker reflected lowering levels. Your device is tracking data that points to less oxygen use by the muscles and more available oxygen within the blood flow. This is the safe zone after a training period. 

Tracking this Muscle Ox % data in real-time makes it possible to adjust your athletic training by operating from a place of knowledge rather than a feeling. It means that you can now build peak performance with precision thanks to biomarkers. You can also lower the risk of painful or damaging muscle fatigue that could take you out for a few days (or worse). 

WHAT TO DO WITH THE MOXY MONITOR DATA

You can make precise changes, thanks to the wide range of real-time data about your muscle performance. For example, some athletes discovered that they were lacking in the warmup process, which actually decreased their performance and increases the chance for injury. The physiological data was visible, trackable, and actionable. 

Having your hands on this level of specific biometric detail provides insights on the overall intensity and fatigue level during any workout. Here’s a visual summary of this information.

If you want to learn your levels and establish a baseline for your typical Muscle Ox % during workouts, get started with a basic workout. Choose one that you’re already really accustomed to doing from start to finish, including recovery time. Maybe it’s one of your easier sessions that you can then use as a performance guide to measuring your general muscle and blood flow biomarkers. Pay attention to your sleep factors, Heart Rate Variability and heart rate patterns across the next few days to see how and when your workout routine shows its effects in those areas.

If there’s a data spike that is leading to a negative (such as disrupted sleep, increased HRV the following day, and so forth), adjust the time of day for your workout if that’s an option for you and note the effects of that change. 

Wearable Tech is Just A Start

Wearable tech devices deliver fascinating physiological data, and it can be eye-opening.

What to do if you uncover concerning patterns from your wearable tech device? Consult with your physician – no two bodies are the same. Don’t delay bringing this data to the doctor’s office if you see something that may point to a larger issue. A specific factor could be present, which requires medical attention. 

Today’s technology provides fantastic actionable insights a day-to-day level. 

Hopefully you’re feeling good about your wearable tech device and enjoying the hands-on approach to biomarker data.  However, it may feel like the data is kind of daunting to interpret. I’m happy to work with you in tandem with your new technology. 

Now more than ever, we are looking for ways to improve our health and our immunity, which means that wearable tech devices fit right into this discussion. This physiological data gives us clear insight into what our bodies are doing even during sleep. You might be surprised to find a few unknown spikes or triggers that, once removed, will result in a more optimized immune system.  Which of course means an overall greater sense of well-being.

THE POWER OF WEARABLE TECH, PRECISION PERFORMANCE DATA INTERPRETATION, AND APPLICATION WITH AN EXPERT

Put the power in your hands with wearable tech devices and Precision Performance Data Interpretation and Application with me.  Get started here. 

Together, we can develop your action plan based on the information that your tech device is giving you, and we can get you to peak performance for optimized health.  

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With the Male 2.0 Method, I test your DNA, interpret the results, and create a customized strategy just for you. This plan is specific to YOUR individual genes and lifestyle.  It will improve every area of your life, from your health and professional productivity to your overall longevity and total wellbeing. Male 2.0 gives you the actionable tools you need right now.  It reveals what you need to customize and design your future limitless self.

Click here to learn more about the lifelong benefits of a personalized genetics consultation and epigenetic coaching program.

Want more tips to optimize your health?  Listen to the latest podcasts. Click HERE 

I look forward to working with you to take your health goals to the next level.

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COMING SOON TO AMAZON

In Male 2.0, Dr. Tracy Gapin has turned everything we once thought we knew about men’s health and performance upside down. The old model of how to be “a man” is broken. A man who works himself to death.  Unfortunately, a man who tries to NOT get sick but isn’t really healthy either.  And a man who takes a pill for every ill but is never really cured. That was Male 1.0. Now, imagine being THE MAN ─ owning your performance in the bedroom, the weight room, and the boardroom. Living a fully optimized life. Becoming limitless. This is Male 2.0!

Tracy Gapin, MD, FACS  is a board-certified Urologist, Men’s Health Expert, Author, and Professional Speaker. Using state-of-the-art biometric monitoring, nutrition and lifestyle intervention, Dr. Gapin coaches Fortune 500 executives and evolutionary leaders of business, sports medicine, and high performance. He specializes in cutting-edge precision medicine with an emphasis on epigenetics, providing men with a personalized path to optimizing health & performance.