If your current fitness goal is to get stronger, lose weight, or simply get into better shape, those are respectable objectives. However, after 16 years of clinical practice and working with over 5,000 patients, I’ve realized that most people are missing one vital connection. Fitness isn’t just about muscles, lungs, or scale weight. Movement is neurology.
Whether I am studying functional neurology, functional medicine, or chiropractic care, the trends are consistent: the brain and the body are in a constant, high-speed conversation. When that conversation breaks down, so does your health.
The 150-Minute Rule: More Than Just Cardio
Research guidelines typically suggest that we need approximately 150 minutes of moderate-to-intense activity per week. Most people fail to reach this threshold, and those who do often view it through a narrow lens – running, weightlifting, or rowing. While these are excellent for metabolic output and cardiovascular health, their most profound impact is actually on your brain.
Movement stimulates different parts of our brain. When your brain communicates effectively with your body, you gain more than just strength; you gain proprioception – the realization of where you are in space. This is what prevents trips, falls, and injuries as we age.
Research Note: Proprioception and Cognitive Health
Scientific studies have shown that proprioceptive dynamic activities (like yoga or complex movement) can improve working memory by up to 80%.
This reinforces Dr. Cumro’s point: moving your joints through a full range of motion isn’t just stretching – it’s a cognitive workout.
The Feedback Loop: How Your Joints Talk to Your Brain
Every joint in your body – from your pinky finger to your spine – is a sensory organ. These joints send signals to the brain providing information about your environment. When a joint moves properly, the signal is clear. When a joint is restricted or arthritic, the signal dims changing the information that is sent to the brain.
When the brain stops receiving clear data from a specific area (like an arthritic hip or a stiff neck), it doesn’t just stop working. It guesses. Your brain fills in the gaps of the missing information to make its best estimate of where your body is. If your brain is “guessing” where your spine is, your muscle coordination suffers, leaving you vulnerable to injury.
The “Pump” Mechanism: Why Chiropractic and Movement Matter
Think of your joints as a hydraulic pump. When a joint opens up, it creates a vacuum that sucks in nutrition. When it closes or compresses, it pushes out waste products.
Without movement, those waste products – which are often acidic and inflammatory – sit in the joint space. This leads to:
- Breakdown of tissues: Leading to premature degeneration.
- Chronic Inflammation: The primary driver of pain.
- Altered Muscle Firing: Your body creates “splinting” patterns to protect the area, which actually makes you stiffer and weaker over time.
Is It Too Late? Addressing Arthritis and Aging
A common question in our clinic is: “I already have arthritis; is it too late for me?” The answer is a definitive no. While you might not be 19 again, you can earn back your skills and, more importantly, stop the progression of decay. By restoring motion through chiropractic care and specific neurological exercises, we can flush out those acidic waste products and re-establish the “conversation” between your body and brain.
You might also be interested in:
- Why you’re exhausted, even after a good night of sleep
- Your chiropractor doesn’t just improve the back, it improves brain function
- How chiropractic care rewires the nervous system for stress resilience
- Those minor symptoms are often a sign of bigger health problems
About Dr. Jeff Cumro
Dr. Jeff Cumro has spent nearly two decades specializing in the intersection of functional neurology, functional medicine and chiropractic care. At Better Life Chiropractic & Wellness, the focus is on systemic health – ensuring the nervous system is optimized so the body can perform its natural functions of healing and movement.