How Spinal Adjustments Help Your Brain Control Balance

In part one, you read some frightening statistics about falls in adults, along with what we are actually testing for when we assess your balance, so if you have not read that post yet, it is worth going back to before carrying on here, since this article builds directly on how we improve that balance once we understand it.

What Your Balance Test Is Really Measuring

When we assess your balance, we are really assessing how well your cerebellum communicates with, and controls, your joints and muscles, and to understand how to improve that, it helps to understand how the system works in the first place.

We do this by restoring proper function in your nervous system, which is your entire brain, spinal cord, and peripheral nerves working together. This network carries and transmits signals to your muscles, tendons, and joints, allowing you to move exactly as you intend.

Why Your Brain Depends on Movement to "See"

Here is the catch: your brain, the powerhouse of the nervous system, lives inside the dark cave of your skull and has no way of seeing out of it directly, so instead, it relies on information gathered from your joints whenever you move them, a process known as proprioception.

To recap briefly, your nervous system controls your body, but it does not actually know where your body is until you move it. Some of you may already be a step ahead here: what happens if a joint stops moving, or barely moves at all? If that is how your nervous system worked out where a joint sits, and that joint stops giving clear signals, can your brain still know exactly where it is?

From Big Joints to the 48 Small Ones in Your Spine

Applying this to the body, most people find it fairly easy to move major functional joints such as a shoulder or a knee, but the real challenge sits with the 48 small facet joints running through your spine. Two simple tests reveal a great deal here. Can you keep your shoulders still and rotate your head 90 degrees over each shoulder in turn? Or can you place your feet together, keep your legs straight, and touch the floor without bouncing?

If the answer to either is no, one or more of your 48 spinal facet joints may not be moving as well as it should. This gives your nervous system less accurate control over that joint, putting it at greater risk of subluxating and causing further issues down the line.

How This Applies Directly to Balance

When we apply the same science to balance, we are assessing whether your foot and ankle joints can communicate quickly and accurately with your brain, and back again, to make the small adjustments that stop you from falling. This pathway, running from foot to brain and back, covers the longest distance any information travels in your body, making it a genuinely reliable test of how well your nervous system is functioning overall.

If every one of your 48 spinal joints, along with the large functional joints such as your hips, knees, and ankles, are moving and functioning properly, quick and efficient information can travel up and down between your brain and your body. This should let you stand upright for 30 seconds with your eyes closed. If any joint between your brain and your big toe is not moving properly, and has become subluxated, this function decreases, and so does your performance on this test.

Restoring the Signal Through Spinal Adjustments

This is exactly where targeted care makes a genuine difference. Spinal adjustments aim to restore proper movement in facet joints that have become restricted, improving the quality of the proprioceptive signal travelling back to your brain. You can read more about our whole-body approach to nervous system function and how it applies beyond back and neck pain to areas like balance and coordination.

If you have been searching for chiropractic care near me that looks specifically at joint function and nervous system communication rather than just symptoms, this proprioceptive model is exactly why a thorough assessment matters more than a quick fix. Many people searching for a chiropractor near me after a fall, or a near miss, are often dealing with restricted movement in several joints at once, not just one obvious problem area.

Our structured approach, sometimes described by patients simply as chiropractic back adjustment work, is really about restoring accurate communication along the entire pathway from your spine to your brain. If you have been comparing your options for a chiropractic clinic near me, ask whether balance and proprioception form part of a standard assessment, since many clinics still focus purely on pain rather than the underlying signal quality that keeps you steady on your feet.

Frequently Asked Questions

What is proprioception? Proprioception is the sense your body uses to know where your joints and limbs are positioned, based on information gathered from the joints themselves each time you move them.

Why does spinal joint movement matter for balance? Your spine contains 48 small facet joints. If these joints are not moving properly, your nervous system receives less accurate information about your body's position, which can affect your balance and coordination.

What is subluxation? Subluxation refers to a joint that is not moving through its full, proper range. This reduces the quality of information your nervous system receives from that joint, affecting how well your brain can control the surrounding muscles.

How can I test my own balance at home? Standing with your eyes closed for 30 seconds is one simple test. Struggling to hold this position may suggest that one or more joints between your foot and your brain are not communicating as efficiently as they should.

Can spinal adjustments actually improve balance? Spinal adjustments aim to restore proper movement in restricted joints, which can improve the proprioceptive feedback travelling to your brain and, in turn, support better balance and coordination.