Outcomes & Stories
July 23, 2026
For most of my life, my body was my instrument. As a four-time U.S. Olympian and two-time Olympic Champion in rowing, I trained with a singular focus: perform at the highest level possible. My days were structured around intensity, recovery, and output. My identity was inseparable from my athletic performance.
Then life changed, as it does for all of us, elite athlete or not.
Leaving the structure of elite sport isn't a single moment. It's a gradual shift that sneaks up on you. The training volume drops, the competitive targets disappear, and suddenly the body that carried you to the top of your sport is navigating a completely different set of demands. For women, that transition often overlaps with another significant shift: the hormonal changes of perimenopause and menopause, which can quietly but meaningfully alter everything from bone density to cardiovascular health to body composition.
What I've learned from Biograph is that the transition out of high performance doesn't have to mean a decline in health. But it does require intention.
The high-performer trap
There's a paradox that surprises a lot of former athletes: the habits that made you exceptional can work against you in the next chapter. Years of high-volume endurance training, chronic caloric restriction to make weight (or consumption to maintain weight!), or simply the physical wear of elite competition can leave the body more vulnerable than expected. Research shows that even former elite athletes can have low bone density. Not because they weren't active, but because the specific mechanical stimuli needed for bone adaptation weren't always part of the picture.
Bone health is a perfect example of how nuanced this gets. High-intensity and high-impact exercise like running and HIIT can enhance bone mineral density, but combined approaches, pairing impact training with resistance training, outperform either modality alone. Different exercises impact site-specific bones differently, and without the right combination, bone density can decline even in people who appear fit by every other measure.
For me personally, this has meant shifting my training in ways that felt counterintuitive at first. I've moved toward a lower rep range with heavier loads to maximize muscle growth, which is critical for supporting bone density during perimenopause. I've also become more deliberate about modifying movements to reduce injury risk, something my younger self would have pushed through without a second thought.
What healthy aging actually requires
Behind every sustained performance in sport or in a boardroom, is a foundation built on a few key pillars:
Cardiovascular fitness
VO2 max is one of the strongest predictors of longevity and cognitive health. Maintaining aerobic capacity as you age isn't about training like you're 25, it's about staying consistent and strategic with the right intensity zones.
Muscle and bone health
The risk for sarcopenia, the severe, age-related loss of muscle mass, begins earlier than most people realize and accelerates around menopause. Resistance training isn't optional; it's foundational. And as I mentioned above, the way you lift matters as much as the fact that you're lifting.
Hormonal awareness
Perimenopause and menopause are not singular events. They're transitions that unfold over years, affecting sleep, metabolism, mood, and recovery. Understanding these processes with data, and not just as a collection of symptoms, changes what is possible.
Cardiovascular risk
This one is personal. I assumed that decades of elite cardiovascular training meant my heart health was beyond question. What I didn't account for was genetics. When Biograph ran my comprehensive labs, I came back with surprisingly elevated LDL cholesterol and Lipoprotein(a), a genetic marker that significantly increases cardiovascular risk and isn't something you can simply train or eat your way around. Lp(a) is inherited, largely fixed, and the majority of people have never been tested for it. I hadn't. Working with Biograph's clinical team, I was able to develop a targeted plan to address my LDL-C and bring my numbers down, something I never would have known to pursue without that data. For high performers especially, the assumption that fitness equals cardiac health can be a dangerous blind spot. Fitness is protective, but it doesn't override genetic risk.
Nutrition
Protein needs increase with age, particularly as it relates to muscle preservation. What fueled a 20-year-old training twice a day is not necessarily what best serves a 40-year-old navigating hormonal change. Individualized nutrition guidance, not generic advice, makes a real difference.
Recovery and movement quality
High performers are often the worst at recovery. We equate rest with weakness. The reality is that recovery is where adaptation happens, and protecting movement quality over time is what keeps you active and independent for decades.
Finding clarity through data with Biograph
What drew me to Biograph is the same thing that made me a better athlete: the belief that you can't optimize what you don't know. Biograph's approach combines deep diagnostic data, whole body MRI, advanced cardiovascular imaging, comprehensive lab work, DNA and epigenetic testing, with the personalized clinical guidance to translate that data into action.
For someone navigating the high-performer transition, that means having a clear picture of where you actually stand: your bone density, your cardiovascular age, your hormonal status, your metabolic health. No assumptions, just data.
From there, Biograph's team works with you to build a plan, adjusting nutrition, exercise, and lifestyle to support where you're going, not just where you've been.
I spent two decades training my body to peak. Now I'm focused on something equally demanding and equally rewarding: making sure the next four decades are just as strong.
Peak performance doesn’t eliminate hidden health risks
Meghan’s experience highlights an important truth: peak performance and long-term health are not the same thing.
Elite fitness can provide an incredible foundation, but it doesn’t eliminate genetic risk, hormonal changes, or the physiological effects of aging. That’s why Biograph looks beyond outward performance, combining advanced diagnostics with personalized clinical care to identify risks early and develop interventions tailored to each individual.
The goal isn’t simply to perform better today. It’s to preserve healthspan so you can continue performing at your highest level for years to come.
How Biograph evaluates long-term performance
At Biograph, understanding health requires looking beyond traditional screening. Our physician-led assessments combine advanced diagnostics to create a comprehensive picture of your health, including:
to screen for abnormalities across multiple organ systems without ionizing radiation.
to evaluate bone mineral density and body composition, helping identify early bone loss and changes in lean mass.
VO₂ max testing
to measure cardiorespiratory fitness, one of the strongest predictors of long-term health and longevity.
Advanced cardiovascular imaging and blood biomarkers
including Lipoprotein(a), to detect cardiovascular risk that may not be apparent through routine cholesterol testing alone.
Comprehensive laboratory testing
to assess metabolic health, inflammation, nutritional status, hormone health, and other key drivers of healthy aging.
Rather than viewing these results in isolation, Biograph’s physicians integrate each data point to create a personalized plan focused on optimizing performance, reducing future disease risk, and supporting healthy aging over the long term.
Commonly asked questions about health screenings for high performers
Do former athletes need preventive health screening?
Yes. While regular physical activity lowers the risk of many chronic diseases, it does not eliminate genetic risk, hormonal changes, or age-related changes in bone, cardiovascular, or metabolic health. Comprehensive preventive screening can help identify issues before symptoms develop.
Does being fit mean your heart is healthy?
Not necessarily. Cardiovascular fitness is protective, but it doesn’t override inherited risk factors. Conditions such as elevated Lipoprotein(a), coronary artery plaque, or familial hypercholesterolemia may be present even in highly active individuals, making advanced cardiovascular screening an important part of preventive care.
Why is bone health important for former endurance athletes?
Bone density depends on multiple factors, including resistance training, nutrition, hormonal health, and genetics. Some endurance athletes, particularly women, may be at increased risk for low bone density despite years of training. DEXA scanning can help assess bone health and guide targeted interventions.
How does Biograph help high performers age well?
Biograph combines advanced diagnostics, including whole-body MRI, DEXA, VO₂ max testing, advanced cardiovascular imaging, comprehensive laboratory testing, and physician-guided interpretation to identify health risks early and develop personalized strategies that support long-term performance and healthy aging.
When should high performers start thinking about healthy aging?
Healthy aging begins long before symptoms appear. Many changes related to cardiovascular disease, bone health, metabolic health, and hormonal transitions develop gradually over time. Early assessment allows individuals to establish a baseline, identify potential risks, and make proactive changes that can improve long-term health outcomes.
Meghan Musnicki
Professional Rower, 4x U.S. Olympian, 2x Olympic Champion
Meghan Musnicki, OLY is a four-time U.S. Olympian, two-time Olympic gold medalist, and five-time World Champion in rowing. She currently leads Membership and Partnership Development at Biograph, where she helps individuals and organizations take a more proactive approach to health, performance, and longevity.
