Your Brain Controls More Than You Think: The Missing Link in Movement and Recovery
Your Brain Controls More Than You Think: The Missing Link in Movement and Recovery
What if improving the way you move starts with more than stretching your muscles or strengthening your joints?
Think about the last time your shoulder felt stiff, your hip wouldn't move comfortably, or your body simply wasn't moving the way you wanted.
You probably tried stretching, massage, strengthening, or resting.
But have you ever considered how your brain might be involved?
At ReconditionYou™, we look beyond muscles and joints because movement is a conversation between your brain and your body.
And sometimes, improving that conversation can change the way you move.
Your Brain Is Always Paying Attention
Every movement you make depends on information your nervous system receives.
Your eyes help you understand where you are in space. Your inner ear detects head movement and contributes to balance. Your muscles and joints provide information about body position.
Your brain continuously combines these signals to coordinate movement, maintain stability, and respond to your surroundings.
This process is called sensory integration.
When these systems aren't working together efficiently, movement and balance can become more challenging.
That's where targeted neurotraining may have a role.
What Is Neurotraining?
Neurotraining is an approach that uses specific exercises to challenge how your brain receives, processes, and responds to sensory information.
At ReconditionYou, we may incorporate:
- Eye-tracking exercises (smooth pursuits): Following a moving target with your eyes.
- Saccades: Quickly shifting your gaze between two targets.
- Vestibular exercises: Challenging balance and coordination during appropriate head and body movements.
- Proprioceptive training: Improving awareness and control of your joints and body position.
- Breathing exercises: Supporting relaxation, attention, and movement control.
These exercises can look surprisingly simple.
Sometimes you're following a small target with your eyes. Other times, you're balancing while turning your head or controlling a joint through a specific movement.
But behind these exercises is a complex interaction between your brain, eyes, inner ear, and body.
The goal isn't simply to perform more exercises.
It's to understand how your nervous system responds and identify which challenges may be useful for your movement goals.
Why Your Eyes Matter More Than You Think
Your eyes do much more than help you see.
They contribute to how your body maintains balance, coordinates movement, and interacts with the environment.
Think about walking across an uneven surface.
Your eyes scan the ground ahead. Your brain processes that information, and your body adjusts its movements to help you take the next step.
Now imagine trying to do the same thing without reliable visual information.
Suddenly, something as simple as walking becomes more challenging.
This connection between vision and movement is supported by scientific research.
What Does Science Say About Eye Movements and Movement Control?
Research #1: Eye Movements Can Influence Your Balance
A 2023 study published in Gait & Posture investigated how different types of eye movements affect postural control.
Researchers found that rapid eye movements, known as saccades, and smooth visual tracking produced different effects on postural sway.
Under the conditions studied, saccadic eye movements reduced postural sway, while smooth-pursuit movements increased it.
What does this mean?
Even when your body appears relatively still, the way you move your eyes can influence how your nervous system organizes balance.
This doesn't mean every eye exercise improves balance or mobility. It shows that visual behavior and postural control are closely connected.
Research: Lafleur & Lajoie, 2023 — Gait & Posture.
Research #2: Your Eyes Help Guide Your Steps
A 2018 study published in Current Biology examined how people use their eyes while walking across natural terrain.
Researchers recorded participants' eye movements and body movements as they navigated surfaces of varying difficulty.
They discovered that people naturally adjusted where they looked based on the demands of the environment.
Their gaze helped them gather information for planning foot placement and maintaining efficient movement.
What does this mean?
Your eyes and body aren't operating independently.
They're continuously exchanging information to help you move through the world.
Research: Matthis, Yates & Hayhoe, 2018 — Current Biology.
Research #3: Targeted Vestibular Rehabilitation Can Improve Balance and Gaze Stability
A 2022 clinical practice guideline published in the Journal of Neurologic Physical Therapy reviewed scientific evidence on vestibular rehabilitation.
The guideline found strong evidence that appropriately prescribed vestibular rehabilitation can improve balance, gaze stability, and function in people with peripheral vestibular hypofunction.
An important distinction is that eye movements performed alone, without head movement, are not recommended as a treatment for gaze-stability deficits in this population.
What does this mean?
The type of exercise matters.
Different visual and vestibular exercises have different purposes, and they should be selected based on the individual's needs.
Research: Hall and colleagues, 2022 — Journal of Neurologic Physical Therapy.
How We Apply This at ReconditionYou™
Research gives us a foundation, but every person moves differently.
At ReconditionYou, we use an assessment-first approach.
For example, someone might come in experiencing limited shoulder rotation or hip mobility.
Rather than immediately assuming the problem is simply a tight muscle, we explore several possible contributors.
We may begin by assessing comfortable joint movement and control.
Then, when appropriate, we introduce a targeted visual-motor or balance exercise.
Afterward, we reassess the original movement.
Did the range of motion change? Did the movement feel easier? Was there a difference in coordination or control?
Sometimes we observe a change. Other times, we don't.
Both responses can provide useful information when considered alongside the broader assessment.
An immediate improvement doesn't necessarily mean we've corrected the underlying cause, and it doesn't guarantee lasting results.
But reassessment helps us make more informed decisions about what to work on next.
Your Body Isn't Just a Collection of Muscles
Imagine driving a car with a powerful engine but unreliable steering.
Adding more horsepower wouldn't necessarily improve how the car handles.
Your body works in a similar way.
Strength matters. Mobility matters. Tissue health matters.
But so does coordination.
You can have strong muscles and still struggle to control certain movements.
You can have available joint range of motion but lack the strength or confidence to use it effectively.
That's why we combine different approaches rather than relying on one technique for everyone.
How Neurotraining Fits Into the O.R.B.™ System
At ReconditionYou, neurotraining is integrated into our signature three-step approach:
OPEN — Create Opportunity
We begin with targeted massage and soft-tissue techniques to address tension and help make movement more comfortable.
The goal is to create an opportunity for better movement.
RECOVER — Restore Control
Next, we focus on joint mobility, body awareness, and coordination.
Depending on the assessment, we may incorporate eye movements, balance exercises, proprioceptive challenges, and other neurotraining techniques.
The goal is to develop more comfortable, controlled movement.
BUILD — Develop Capacity
Finally, we reinforce movement skills through progressive strength and functional training.
Because improving movement in a session is only part of the process.
We also want to help you develop the physical capacity to use those improvements in everyday life, exercise, and sport.
OPEN → RECOVER → BUILD
Three connected stages. One individualized approach.
Why the Same Exercise Doesn't Work for Everyone
Two people can experience similar shoulder stiffness or hip discomfort for very different reasons.
One person may need more joint mobility.
Another may benefit from progressive strengthening.
Someone else may need to improve coordination, balance, or movement confidence.
And many people benefit from a combination of approaches.
That's why we don't believe in treating every restriction with the same stretch or every movement problem with the same exercise.
We assess, apply an intervention, and reassess.
Neurotraining isn't a magic solution, and it doesn't replace appropriate medical care or rehabilitation when needed.
It's one more tool that can help us understand and challenge the systems involved in movement.
Better Movement Starts With Better Understanding
Your brain and body are constantly communicating.
The way you see, balance, breathe, sense your joints, and coordinate movement all contribute to how you function.
Scientific research continues to reveal just how closely these systems interact.
At ReconditionYou™, we bring this understanding together with hands-on recovery, joint mobility, and progressive strength training through our O.R.B.™ System.
Because better movement isn't just about stronger muscles.
It's about helping your entire system work better together.
Ready to Experience a Different Approach?
If you're dealing with persistent shoulder stiffness, restricted hip movement, or movement limitations that keep returning, it's worth exploring what may be contributing to them.
At ReconditionYou, we don't believe in a one-size-fits-all approach.
We start by understanding how you move, identify areas that may need attention, and build an individualized plan around your goals.
ReconditionYou™ — Open • Recover • Build
Get Your Body Back.
Learn more or book your assessment at https://reconditionyourself.com
Scientific References
1. Eye Movements and Postural Control
Lafleur, D., & Lajoie, Y. (2023). The impact of eye movement on postural control depends on the type of oculomotor behavior and the visual task. Gait & Posture, 100, 65–69.
https://doi.org/10.1016/j.gaitpost.2022.12.002
2. Vision and Walking Coordination
Matthis, J. S., Yates, J. L., & Hayhoe, M. M. (2018). Gaze and the control of foot placement when walking in natural terrain. Current Biology, 28(8), 1224–1233.e5.
https://doi.org/10.1016/j.cub.2018.03.008
3. Vestibular Rehabilitation and Gaze Stability
Hall, C. D., et al. (2022). Vestibular rehabilitation for peripheral vestibular hypofunction: An updated clinical practice guideline from the Academy of Neurologic Physical Therapy of the American Physical Therapy Association. Journal of Neurologic Physical Therapy, 46(2), 118–177.