Your life is experienced through your nervous system. Think about that. Every thought, breath, heartbeat, memory, and movement happens in coordination with your central nervous system. Researchers have found that nerve signals can travel from your brain to your body at more than 250 miles per hour. Your brain is the master control system of your body with signals and messages starting in the brain and then heading out and down to your body. But can messages travel the other way? What if I told you there are ways you can impact your brain by moving your spine? It’s true.
Why it Matters:
Top researchers have found that specific movements of the spine, including the motion that happens during a chiropractic adjustment, can provide a multitude of benefits to your brain and nervous system. Adjustments activate the nerves that detect and sense motion. When those nerves are activated, it stops (or gates) the nerves that deliver pain signals. That is one of the reasons why adjustments provide pain relief. They literally “turn off” the pain sensors! Perhaps even more exciting is the emerging research that has shown adjustments can increase cortical drive. That’s a fancy way of saying researchers have found adjustments can make you stronger!
- Your entire life is experienced through your central nervous system- every thought, memory, and action.
- Movement of your spine can activate your central nervous system and brain
- Emerging research has shown chiropractic adjustments can help reduce pain, improve function, and even increase strength!
Chiropractic care has been helping people live their best life for over 100 years. Having a higher quality of life and feeling better (with less pain) are two of the most popular reasons why people seek chiropractic care. But new research into sports performance, strength, and how the adjustment can improve brain function have a lot of people excited. We would love to hear how chiropractic care has changed your life. Stop by the front desk and tell us your story today!
Mechanism of action of spinal manipulative therapy. Joint, Bone, Spine 2003. Neurophysiological effects of spinal manipulation. Spine Journal 2002.