Few would argue against the extraordinary success of modern cardiovascular medicine. Over the past half century, physicians, researchers, public health leaders, and policymakers have invested enormous effort in understanding and reducing cardiovascular risk. Smoking cessation campaigns, blood pressure control, cholesterol management, diabetes treatment, cardiac rehabilitation, and advances in acute cardiac care have collectively saved millions of lives.
As a result, Americans today are far more aware of cardiovascular health than previous generations. Most people understand the importance of blood pressure, cholesterol levels, exercise, weight control, and smoking cessation. The impact of these efforts has been profound.
Yet an important question remains. Have we unintentionally neglected another equally important opportunity: preserving and enhancing overall musculoskeletal health? While our health care system devotes tremendous attention to disease management, comparatively little attention is directed toward maintaining the body’s fundamental capacity for movement, balance, coordination, muscle preservation, respiratory efficiency, posture, flexibility, and physical resilience.
These functions are often viewed as secondary concerns until they begin to fail. By then, patients may already be experiencing chronic pain, impaired mobility, falls, obesity, loss of independence, sleep disorders, and escalating health care utilization.
The consequences extend far beyond the musculoskeletal system. Loss of mobility frequently initiates a predictable cascade. Reduced movement contributes to weight gain. Weight gain promotes visceral fat accumulation. Visceral fat increases the risk of insulin resistance, hypertension, hypertriglyceridemia, type 2 diabetes, sleep apnea, cardiovascular disease, and numerous inflammatory conditions. As physical capacity declines, many individuals become trapped in a cycle of reduced activity, worsening health, increasing medication use, specialist referrals, imaging studies, procedures, emergency room visits, and hospitalizations.
The irony is that many of these downstream consequences are precisely the conditions that cardiovascular prevention programs seek to avoid. Health enhancement offers an opportunity to intervene earlier.
The Health Enhancement Organization (HEO) model is built on a simple principle: preserving human function before dysfunction becomes disease. Its focus is not on replacing established modern medicine. Nor does it reject other scientific advances. On the contrary, HEO embraces the best available science while asking a broader question: What if we devoted as much attention to preserving muscle mass, balance, mobility, posture, respiratory mechanics, sleep quality, and movement efficiency as we devote to controlling cholesterol and blood pressure? The potential benefits could be substantial.
At the center of the HEO model is a simple observation: Strong and functional musculoskeletal health enables many of the activities that promote overall health. Preserved muscle mass, healthy joints, efficient biomechanics, good balance, and coordinated movement make it easier for individuals to remain physically active throughout life. Mobility is not merely a desirable outcome; it is often the gateway to regular walking, aerobic exercise, recreational activity, resistance training, and independent living.
When musculoskeletal function declines, physical activity frequently declines with it. As movement becomes more difficult, many individuals become increasingly sedentary, contributing to weight gain, visceral fat accumulation, insulin resistance, hypertension, hypertriglyceridemia, type 2 diabetes, and cardiovascular disease. Conversely, improving musculoskeletal strength, balance, mobility, posture, and movement efficiency may help individuals remain active longer and participate more consistently in aerobic and fitness activities. Enhanced respiratory mechanics may further improve exercise tolerance and physical capacity.
In this sense, musculoskeletal health enhancement is not separate from cardiovascular prevention. It may represent one of its most underappreciated foundations.
A couple of years ago, I had the opportunity to read a small but meaningful book by Dr. Sanjay Gupta, Keep Sharp: Build a Better Brain at Any Age. One of the book’s central messages is both simple and powerful: What is good for the heart is good for the brain. Decades of scientific research support that observation. Physical activity, healthy nutrition, blood pressure control, weight management, quality sleep, and avoidance of smoking not only reduce cardiovascular risk but also help preserve cognitive function and brain health.
I would respectfully broaden that principle one step further. What is good for musculoskeletal health is often good for the heart and the brain. Likewise, what is good for the heart and brain is frequently good for musculoskeletal health. Strong muscles encourage physical activity. Healthy joints facilitate movement. Better balance reduces falls and preserves independence. Efficient movement mechanics allow people to remain active longer and with less discomfort. Regular physical activity, in turn, improves cardiovascular fitness, metabolic health, cerebral blood flow, and cognitive function.
These systems do not function independently. They function as an integrated biological network. Perhaps one of the blind spots of our current health care delivery model is that we often manage these domains separately while the human body experiences them collectively. A stronger musculoskeletal foundation may be one of the most effective ways to support cardiovascular health, brain health, independence, and healthy aging simultaneously.
Importantly, health enhancement may also help address another growing challenge: health care affordability. The United States spends more on health care than any nation in the world, yet many patients continue to struggle with chronic disease, functional decline, and escalating medical costs. While lifesaving interventions remain indispensable, a system focused predominantly on diagnosing and treating disease after it develops will always struggle to keep pace with rising demand.
A complementary strategy focused on preserving health and function could help reduce avoidable utilization of health care resources. Fewer falls, fewer musculoskeletal injuries, fewer disability-related complications, reduced imaging utilization, fewer specialist referrals, and improved self-management of health may all contribute to a more sustainable system. The goal is not to spend less on patients. The goal is to help patients need less acute medical intervention in the first place.
Importantly, the choice is not between disease management and health enhancement. America has become exceptionally good at treating disease, and those achievements should be celebrated. The next opportunity is to apply the same scientific rigor, innovation, and commitment to preserving health before disease, disability, and dependency take hold.
Cardiovascular medicine taught us that prevention works. Perhaps the next great opportunity in American health care is to broaden our definition of prevention itself. The future of health care should not be limited to managing diseases more efficiently. It should also include preserving the biological capabilities that allow people to remain active, independent, productive, and healthy throughout life.
America transformed cardiovascular health by recognizing that prevention matters. The time has come to apply that same vision to musculoskeletal health enhancement.
Narinder Singh Parhar is a physician with more than three decades of experience in internal medicine, hospital medicine, and intensive care medicine. Over the course of his career, he cared for a broad spectrum of medically complex and critically ill patients while developing a growing interest in health care systems improvement, prevention, biomechanics, and population health.
Dr. Parhar previously served as an associate clinical professor affiliated with the University of California, Davis, and on the executive board of Sutter Independent Physicians IPA in California. His professional experience spans outpatient medicine, inpatient care, intensive care medicine, and health care leadership, including past affiliations with Sutter Health and Sutter Roseville in California.
Throughout his career, he became increasingly concerned about several structural challenges within the current health care model, including affordability, accessibility, polypharmacy, health care fragmentation, microbial resistance, physician burnout, and the progressive underemphasis of prevention and functional preservation. These observations led him to develop the Health Enhancement Organization (HEO) Framework, a prevention-oriented and biomechanics-aware health care enhancement model designed to complement scientific medicine through earlier biological support, movement preservation, patient empowerment, and health care team well-being.
Dr. Parhar’s current work focuses on health care course correction, scalable prevention strategies, biomechanics education, healthier aging, and improving long-term population health resilience in practical, affordable, and biologically grounded ways. He is the founder of Jeeva Health Systems, and his research includes “Impact of a Novel Plant-Based Treatment Option in Improving Pulmonary Function Markers,” published in Alternative and Integrative Medicine.
