Staying active and mobile — good balance supports independence and quality of life at every age.
How balance quietly shapes health, independence, and quality of life at every age
Balance is one of those abilities most people never think about, until it’s suddenly compromised.
A stumble on the stairs. A rolled ankle on the field. A moment of dizziness that makes someone grab the counter. These moments often feel isolated, accidental, or simply part of “getting older.” But decades of medical and public-health research tell a different story: balance is not just a physical skill, it’s a foundational marker of overall health, closely tied to mobility, brain function, injury risk, and independence.
In fact, according to the Centers for Disease Control and Prevention, balance-related falls are one of the leading causes of injury and death in older adults, and balance disorders affect tens of millions of Americans long before they reach senior age.
Understanding how balance impacts people across the lifespan, from seniors and working adults to athletes, helps explain why proactive balance assessment and training are becoming an increasingly important part of modern healthcare.
At Bence Chiropractic in Macomb, Michigan, Dr. Pavel Bence has made that shift a reality. His practice is now equipped with the ProBalance360, a clinical-grade balance assessment and therapy system that allows him to measure balance with precision, identify exactly where each patient’s stability is breaking down, and deliver targeted therapy designed to address the root causes. It’s a meaningful step forward in what the practice can offer patients who are dealing with balance issues, recovering from injury, or simply want to stay active and independent for as long as possible.
Balance and Aging: When Stability Determines Independence
For older adults, balance is often the thin line between independence and injury.
According to the CDC, more than 14 million Americans aged 65 and older, about one in four, report falling each year. Falling once isn’t just a one-time event; the CDC notes that a prior fall significantly increases the likelihood of future falls, making balance loss a compounding problem rather than an isolated incident.
Falls are the leading cause of both fatal and nonfatal injuries among older adults in the United States. They are the most common cause of hip fractures and traumatic brain injuries in this population. The human toll is staggering, but so is the economic impact: the National Council on Aging reports that nonfatal fall injuries among older Americans accounted for approximately $80 billion in medical costs in 2020, up sharply from just five years earlier.
Beyond broken bones and emergency room visits, falls often trigger something harder to measure: fear. Many seniors who fall, even without serious injury, develop a fear of falling again. That fear leads them to limit activity, avoid walking outside, skip social engagements, and move less overall. Over time, reduced movement accelerates muscle weakness, balance decline, depression, and isolation.
Balance isn’t just about staying upright, it’s a window into how well the body and brain are working together.
Research increasingly shows that balance ability itself reflects broader health status. A study published in the British Journal of Sports Medicine found that adults who were unable to stand on one leg for 10 seconds had a significantly higher risk of death during the study period. The researchers did not suggest balance causes death, but rather that it acts as a powerful indicator of neuromuscular and neurological health.
In other words, balance isn’t just about staying upright, it’s a window into how well the body and brain are working together.
A Widespread Issue: Balance in the General Population
Balance problems aren’t limited to seniors.
A large U.S. study using National Health and Nutrition Examination Survey (NHANES) data, published in Archives of Internal Medicine, found that 35.4% of adults aged 40 and older, roughly 69 million people, show evidence of vestibular dysfunction, a disorder affecting the inner ear and balance system. Participants with vestibular dysfunction who also experienced dizziness had dramatically higher odds of falling compared to those without balance impairments.
For many adults, balance decline shows up gradually and subtly. Difficulty walking on uneven ground. Feeling unsteady on stairs. A growing hesitation to move quickly or confidently. Long hours of sitting, poor posture, prior injuries, medication side effects, and stress on the nervous system can all quietly erode balance over time.
Because balance depends on multiple systems, including vision, inner ear function, joint position sense, muscle strength, and brain processing, even small disruptions can have outsized effects. Left unaddressed, these issues can limit mobility, increase injury risk, and reduce quality of life well before someone would consider themselves “old.”
Athletes and Active Adults: Balance as Injury Insurance
In sports and physically demanding activities, balance is inseparable from performance and safety.
Sports medicine research consistently shows that poor balance is associated with a higher risk of lower-extremity injuries, particularly ankle sprains. A comprehensive review published in the Journal Sports Medicine found that athletes with impaired balance were significantly more likely to experience ankle injuries during competition.
For athletes, balance training doesn’t just prevent injuries, it improves agility, coordination, and confidence.
The flip side is equally important. Multiple controlled studies and systematic reviews have shown that balance training reduces injury risk, especially when included as part of broader injury-prevention programs. Research published in the American Journal of Sports Medicine demonstrated that balance-board training significantly reduced ankle sprains in volleyball players, while other reviews have shown reductions in ankle and knee injuries among soccer players using neuromuscular and balance-focused training programs.
For athletes, balance training doesn’t just prevent injuries, it improves agility, coordination, and confidence. Sports demand rapid direction changes, single-leg landings, and stability under contact. Balance training sharpens the body’s ability to react and adapt in these moments, making it a cornerstone of modern athletic conditioning.
The Brain-Body Connection: Balance and Cognitive Health
Balance is not purely physical, it’s deeply neurological.
Maintaining balance requires constant communication between the brain, sensory systems, and muscles. Studies have shown that balance impairment is associated with lower cognitive performance, particularly in older adults. Research published in Psychology and Aging found that individuals with poorer balance also performed worse on tests of memory and spatial cognition.
This relationship works both ways. Cognitive decline can impair balance, and balance challenges can increase cognitive load. Slower reaction times and reduced attention increase fall risk, especially when people attempt to multitask while walking, a common scenario in daily life.
Encouragingly, some studies suggest that balance training may support cognitive function. Balance-focused exercise programs challenge attention, coordination, and sensory integration, effectively engaging the brain while training the body. Researchers have observed improvements in reaction time, spatial awareness, and aspects of memory following structured balance training in older adults.
This brain-body relationship is one of the reasons Dr. Bence’s approach doesn’t stop at the physical. The ProBalance360 system includes dedicated cognitive evaluation and cognitive therapy protocols, because restoring stable movement means training the brain alongside the body. As the research continues to show, these two systems simply cannot be separated.
This growing body of evidence reinforces an important point: balance training is not just physical rehabilitation, it is neuromuscular and cognitive training combined.
Why Proactive Balance Assessment Matters
Balance is not fixed. It is measurable, trainable, and responsive to intervention.
Systematic reviews published in The British Medical Journal (The BMJ) have shown that exercise programs incorporating balance and strength training significantly reduce fall-related injuries, including fractures, among older adults. These improvements translate into greater confidence, better mobility, and preserved independence.
At Bence Chiropractic, Dr. Bence now uses the ProBalance360, a clinical balance assessment and therapy system that brings objectivity and precision to balance care in a way that simply wasn’t available before.
The process starts with a comprehensive evaluation. The ProBalance360 measures balance across seven scientifically validated metrics, giving Dr. Bence a clear, data-driven picture of where each patient’s stability is being compromised. Tests include two-leg and single-leg balance assessments, limits of stability, and a combined balance-and-cognitive evaluation, capturing how the body and mind perform together under real-world demands.
Once specific deficits are identified, the system moves into an active therapy phase, using real-time, interactive exercises that retrain the balance systems while simultaneously engaging cognitive function. Patients aren’t passively standing and trying not to fall; they’re engaged in purposeful exercises designed to rebuild coordination, sharpen reaction times, and restore the neurological pathways that confident, stable movement depends on.
Progress is tracked and documented at every session, so both patient and clinician can see measurable improvements over time, not just feel them.
“I’ve had patients come in who’ve had falls, or who are starting to feel like they just can’t trust their own balance anymore, and honestly, what I could tell them before was pretty limited. Now, with the ProBalance360, I can actually show them what’s happening, where their stability is breaking down and why. Then we build a plan around that. Balance isn’t something you just accept getting worse. It’s something we can measure, work on, and improve. And the earlier we get to it, the better the outcome is going to be.”
— Dr. Pavel Bence, Bence Chiropractic
When balance issues are identified early, before a fall, injury, or loss of confidence, intervention can be preventive rather than reactive. For seniors, athletes, and the general population alike, balance assessment represents an opportunity to protect mobility, reduce injury risk, and support long-term health.
For seniors, athletes, and the general population alike, balance assessment represents an opportunity to protect mobility, reduce injury risk, and support long-term health.
A Foundation Worth Protecting
Balance may be invisible when it’s working well, but its impact is profound when it isn’t.
From preventing falls in older adults, to reducing injuries in athletes, to supporting brain health and confidence in everyday movement, balance sits at the intersection of physical and cognitive health. The science is clear: maintaining balance is not about avoiding embarrassment or inconvenience, it’s about protecting independence, mobility, and quality of life.
As healthcare continues to shift toward prevention, balance is finally getting the attention it deserves, not as an afterthought, but as a cornerstone of lifelong health.
Ready to take your balance seriously?
Dr. Pavel Bence and the team at Bence Chiropractic are now offering balance assessments using the ProBalance360 system. Whether you’re a senior concerned about fall risk, an athlete looking to stay healthy, or simply someone who wants to move with more confidence, a balance evaluation is a smart first step.
To schedule an appointment, call (586) 978-9900 or visit www.bencechiro.com. Located at 21 Mile and Garfield Roads in Macomb, MI.
Sources
- Centers for Disease Control and Prevention (CDC). Important Facts About Falls.
- National Council on Aging (NCOA). Get the Facts on Falls Prevention.
- World Health Organization (WHO). Falls: Fact Sheet. 2021.
- Agrawal Y, et al. Prevalence of vestibular dysfunction and associated balance impairment in the United States. Archives of Internal Medicine.
- Araujo CGS, et al. Successful 10-second one-legged stance performance predicts survival. British Journal of Sports Medicine.
- Hrysomallis C. Relationship between balance ability, training, and sports injury risk. Sports Medicine.
- Verhagen EA, et al. Effect of a proprioceptive balance board training program for the prevention of ankle sprains. American Journal of Sports Medicine.
- El-Khoury F, et al. Effectiveness of exercise programs to reduce fall-related injuries in older adults. The BMJ.
- Rogge AK, et al. Balance training improves memory and spatial cognition in healthy older adults. Psychology and Aging.