Chiropractic care is often associated with pain relief, but growing research suggests its impact may extend well beyond the spine. At Quon Chiropractic in Costa Mesa, California, care is focused on supporting the nervous system, which plays a central role in how the brain and body communicate. The spine protects the spinal cord, and the way it moves can influence how efficiently information travels between the body and the brain.
The brain relies on constant sensory input from joints, muscles, and connective tissues to regulate movement, posture, balance, and pain processing. When spinal motion becomes restricted due to poor posture, stress, injury, neck pain, low back pain, or repetitive strain, that sensory input may be altered. Chiropractic adjustments are designed to restore proper motion and improve how the nervous system receives and interprets information from the body.
Research continues to explore the connection between chiropractic care and brain function, including how spinal movement may influence areas of the brain responsible for coordination, awareness, and executive function. While chiropractic care does not replace medical or neurological treatment, it can play a supportive role in overall wellness, movement efficiency, and nervous system health.
At Quon Chiropractic, patients in Costa Mesa receive personalized care that looks beyond symptoms and focuses on how the body functions as a whole.
The spine and brain are directly connected through the nervous system. Every movement you make and every sensation you feel relies on clear communication between the spine, spinal cord, and brain. This connection is essential for both physical and neurological health.
Key ways the spine supports brain function include:
When spinal joints do not move properly, sensory input to the brain may become less accurate. This can affect how the brain interprets information related to posture, movement, and discomfort. Over time, altered sensory input may contribute to issues such as headaches, migraines, TMJ discomfort, neck pain, low back pain, and reduced movement efficiency.
Chiropractic care focuses on restoring healthy spinal motion. By improving how joints move and function, chiropractic adjustments aim to support more accurate communication between the spine and brain. This improved communication may help the nervous system regulate movement patterns, posture alignment, and physical responses more effectively.
For patients in Costa Mesa, chiropractic care can be an important part of maintaining a healthy spine and supporting optimal brain-body communication.
The prefrontal cortex is a critical area of the brain located at the front of the brain, just behind the forehead. It plays a major role in higher-level brain functions that influence how we think, move, and respond to our environment. The video featured on this page discusses how spinal movement and nervous system input may influence activity in this area of the brain.
Functions of the prefrontal cortex include:
The prefrontal cortex relies heavily on sensory information from the body to perform these tasks efficiently. Proper input from the spine and joints helps the brain understand where the body is in space and how it is moving. When spinal motion is restricted or posture is compromised, the quality of this input may change.
Chiropractic adjustments aim to improve spinal mobility and sensory feedback. By supporting healthier communication between the spine and brain, chiropractic care may help the prefrontal cortex process information more efficiently, especially related to movement, posture, and physical stress.
This neurological focus is a key part of the approach used at Quon Chiropractic in Costa Mesa, California.
The prefrontal cortex is often referred to as the brain’s executive control center. It is responsible for many of the higher-level processes that influence how we think, behave, and respond to physical and emotional stress. Efficient function in this area of the brain depends on clear and accurate sensory input from the body, including the spine.
Executive functions associated with the prefrontal cortex include:
The spine plays an important role in feeding sensory information to the brain. Joint movement, posture, and muscle activity all send signals that help the brain understand how the body is positioned and moving. When spinal motion is restricted due to poor posture, injury, neck pain, low back pain, or repetitive strain, the quality of this information may be altered.
Chiropractic care focuses on restoring proper spinal movement and alignment. By improving the quality of sensory input reaching the brain, chiropractic adjustments may support more efficient processing within the prefrontal cortex. While chiropractic care does not treat mental health conditions, it may help support neurological function related to movement, pain perception, and emotional regulation.
At Quon Chiropractic in Costa Mesa, care is designed to support the nervous system as a whole, helping patients move better and function more efficiently in daily life.
Research exploring the relationship between chiropractic care and brain function continues to grow. Multiple studies have examined how spinal adjustments may influence neurological activity, particularly in areas related to movement, coordination, and sensory processing.
Research has associated chiropractic care with improvements in:
These findings suggest that improving spinal movement may enhance the quality of sensory input sent to the brain. When joints move more freely, the nervous system may receive clearer information about posture, balance, and movement patterns. This improved communication may be especially relevant for individuals dealing with posture issues, headaches, migraines, TMJ discomfort, neck pain, or low back pain.
It is important to note that chiropractic care is not a substitute for medical or neurological treatment. Instead, it serves as a supportive approach focused on optimizing spinal function and nervous system communication. At Quon Chiropractic in Costa Mesa, California, care is delivered thoughtfully and responsibly, with an emphasis on long-term wellness and functional improvement.
When the spine moves properly and the nervous system communicates efficiently, many patients notice changes that go beyond symptom relief. While individual experiences vary, chiropractic care may support improved neurological function by enhancing the quality of sensory input sent from the spine to the brain.
Some potential neurological and functional benefits patients may experience include:
These changes may be especially meaningful for individuals who spend long hours sitting, experience repetitive strain, or engage in athletic or physically demanding activities. When the brain receives clearer input from the spine and joints, it can respond more effectively to movement demands and physical stressors.
At Quon Chiropractic in Costa Mesa, California, chiropractic care is focused on supporting how the body functions as a whole. By addressing spinal motion and nervous system health, patients may experience improvements in how they move, respond, and recover in everyday life.
Spinal movement plays a critical role in how the nervous system functions. The joints of the spine are designed to move, and that movement provides essential sensory feedback to the brain. When spinal joints become restricted, the brain may receive less accurate information about posture, balance, and movement.
Poor spinal movement and alignment can be influenced by:
Over time, these factors may contribute to altered movement patterns, discomfort, and increased physical stress. Chiropractic adjustments aim to restore healthy joint motion, allowing the spine to move as intended and improving communication within the nervous system.
At Quon Chiropractic, patients in Costa Mesa receive care that focuses on spinal mechanics, posture alignment, and nervous system function. By improving how the spine moves, chiropractic care may help the brain regulate movement, posture, and pain processing more effectively.
Chiropractic care works best when it is viewed as part of a broader approach to health and wellness. The nervous system influences how the entire body functions, and spinal health plays an important role in supporting movement, posture, and recovery. At Quon Chiropractic in Costa Mesa, care is never limited to addressing symptoms alone.
A whole-body approach to chiropractic care may include:
Chiropractic care does not replace medical treatment, but it can complement other wellness strategies by helping the body function more efficiently. By focusing on how the spine and nervous system work together, chiropractic care may support long-term comfort, resilience, and physical performance.
Patients at Quon Chiropractic receive individualized care designed to support their unique needs and goals at every stage of life. This whole-body perspective allows care to be both proactive and supportive, rather than reactive or temporary.
Choosing a chiropractor is an important decision, especially when your nervous system and overall health are involved. At Quon Chiropractic, patients in Costa Mesa, California, receive care that is personalized, thoughtful, and rooted in a deep understanding of how the body functions.
Reasons patients choose Quon Chiropractic include:
Dr. Quon believes effective chiropractic care begins with listening. Every patient is met with compassion and a genuine desire to help them move better, feel stronger, and function at their best. Whether you are dealing with chronic neck pain, low back pain, posture concerns, headaches, migraines, TMJ discomfort, or simply want to support your nervous system, Quon Chiropractic offers care designed with your long-term health in mind.
If you are interested in learning how chiropractic care may support brain function, nervous system health, and overall movement quality, Quon Chiropractic is here to help. Dr. Austin Quon provides thoughtful, personalized chiropractic care to individuals and families throughout Costa Mesa, California, with a focus on spinal movement, posture, and long-term wellness. Whether you are dealing with neck pain, low back pain, headaches, migraines, TMJ discomfort, or simply want to improve how your body functions, chiropractic care may be a valuable part of your health routine.
At Quon Chiropractic, care is never rushed or one-size-fits-all. Each patient receives individualized attention and a care plan designed to support their unique goals and lifestyle. By focusing on how the spine and nervous system work together, chiropractic care can help patients move more comfortably, respond better to physical stress, and maintain a higher quality of life. If you are looking for a chiropractor in Costa Mesa who takes the time to listen and provides care centered on long-term results, contact Quon Chiropractic today to schedule an appointment and take the next step toward feeling and functioning at your best.
1) Lelic, D., Niazi, I. K., Holt, K., Jochumsen, M., Dremstrup, K., Yielder, P., … Haavik, H. (2016). Manipulation of Dysfunctional Spinal Joints Affects Sensorimotor Integration in the Prefrontal Cortex: A Brain Source Localization Study. Neural plasticity, 2016, 3704964. doi:10.1155/2016/3704964
1) Chiropractic Changes the Prefrontal Cortex
LELIC, D., NIAZI, I. K., HOLT, K., JOCHUMSEN, M., DREMSTRUP, K., YIELDER, P., … HAAVIK, H. (2016). MANIPULATION OF DYSFUNCTIONAL SPINAL JOINTS AFFECTS SENSORIMOTOR INTEGRATION IN THE PREFRONTAL CORTEX: A BRAIN SOURCE LOCALIZATION STUDY. NEURAL PLASTICITY, 2016, 3704964. DOI:10.1155/2016/3704964
2) Chiropractic improves proprioception (ankle joint position sense), postural stability (static posturography), sensorimotor function (choice stepping reaction time), multisensory integration (sound-induced flash illusion), and health-related quality of life (SF-36)
3) Chiropractic care increases in strength following spinal manipulation due to descending cortical drive to upper and lower limb muscles
HAAVIK, H., NIAZI, I. K., JOCHUMSEN, M., SHERWIN, D., FLAVEL, S., & TÜRKER, K. S. (2016). IMPACT OF SPINAL MANIPULATION ON CORTICAL DRIVE TO UPPER AND LOWER LIMB MUSCLES. BRAIN SCIENCES.
4) Chiropractic care restores impaired early processing and/or integration of sensory input from the neck which influences motor processing in the cerebellum and/or primary motor cortex.
BAARBÉ, J. K., YIELDER, P., HAAVIK, H., HOLMES, M., & MURPHY, B. A. (2018). SUBCLINICAL RECURRENT NECK PAIN AND ITS TREATMENT IMPACTS MOTOR TRAINING-INDUCED PLASTICITY OF THE CEREBELLUM AND MOTOR CORTEX. PLOS ONE, 13(2), E0193413. DOI:10.1371/JOURNAL.PONE.0193413
5) A single session of Chiropractic Care increased muscle strength and corticospinal excitability to ankle plantar flexor muscles in elite Taekwondo athletes. The increased MVC force lasted for 30 min and the corticospinal excitability increase persisted for at least 60 min.
CHRISTIANSEN, T. L., NIAZI, I. K., HOLT, K., NEDERGAARD, R. W., DUEHR, J., ALLEN, K., … HAAVIK, H. (2018). THE EFFECTS OF A SINGLE SESSION OF SPINAL MANIPULATION ON STRENGTH AND CORTICAL DRIVE IN ATHLETES. EUROPEAN JOURNAL OF APPLIED PHYSIOLOGY, 118(4), 737–749. DOI:10.1007/S00421-018-3799-X
6)Evidence that Chiropractic Adjustments reduce the TMS-induced cortical silent period and increases low threshold motoneuron excitability in the lower limb muscle, providing support that spinal manipulation can be used to strengthen muscles.
7) Chiropractic spinal adjustments may alter central processing of pain and unpleasantness.
8) Chiropractic care can be used to strengthen muscles and increase cortical drive in post-stroke rehabilitation.
HOLT, K., NIAZI, I. K., NEDERGAARD, R. W., DUEHR, J., AMJAD, I., SHAFIQUE, M., … HAAVIK, H. (2019). THE EFFECTS OF A SINGLE SESSION OF CHIROPRACTIC CARE ON STRENGTH, CORTICAL DRIVE, AND SPINAL EXCITABILITY IN STROKE PATIENTS. SCIENTIFIC REPORTS, 9(1), 2673. DOI:10.1038/S41598-019-39577-5
9) 12 weeks of chiropractic care improved suppression of SEPs evoked by dual upper limb nerve stimulation at the level of the motor cortex, premotor areas, and/or subcortical areas such as basal ganglia and/or thalamus
10) Spinal manipulation appears to alter the net excitability of the low-threshold motor units, increase cortical drive, and prevent fatigue.
11) Results suggest that adjusting dysfunctional cervical segments in people with Subclinical Neck Pain can improve their upper limb Joint Position Sense accuracy
HAAVIK H1, MURPHY B. SUBCLINICAL NECK PAIN AND THE EFFECTS OF CERVICAL MANIPULATION ON ELBOW JOINT POSITION SENSE. J MANIPULATIVE PHYSIOL THER. 2011 FEB;34(2):88-97. DOI: 10.1016/J.JMPT.2010.12.009.
12) Cervical spine adjustments may alter cortical somatosensory processing and sensorimotor integration. These findings may help to elucidate the mechanisms responsible for the effective relief of pain and restoration of functional ability documented following chiropractic adjustments.
HAAVIK-TAYLOR H1, MURPHY B. CLIN NEUROPHYSIOL. 2007 FEB;118(2):391-402. EPUB 2006 NOV 29. CERVICAL SPINE MANIPULATION ALTERS SENSORIMOTOR INTEGRATION: A SOMATOSENSORY EVOKED POTENTIAL STUDY.
13) Spinal manipulation of dysfunctional cervical joints may alter specific central corticomotor facilitatory and inhibitory neural processing and cortical motor control of 2 upper limb muscles in a muscle-specific manner. This suggests that spinal manipulation may alter sensorimotor integration.
TAYLOR HH1, MURPHY B. J MANIPULATIVE PHYSIOL THER. 2008 FEB;31(2):115-26. DOI: 10.1016/J.JMPT.2007.12.011. ALTERED SENSORIMOTOR INTEGRATION WITH CERVICAL SPINE MANIPULATION.
14)Subclinical neck pain patients have altered Cerebellar Inhibition when compared with healthy controls, and chiropractic adjustment before a motor sequence learning task changes the cerebellar inhibition pattern to one similar to healthy control
DALIGADU J1, HAAVIK H, YIELDER PC, BAARBE J, MURPHY B. J MANIPULATIVE PHYSIOL THER. 2013 OCT;36(8):527-37. DOI: 10.1016/J.JMPT.2013.08.003. EPUB 2013 SEP 12. ALTERATIONS IN CORTICAL AND CEREBELLAR MOTOR PROCESSING IN SUBCLINICAL NECK PAIN PATIENTS FOLLOWING SPINAL MANIPULATION.
15) This study suggests that cervical spine manipulation not only alters cortical integration of dual somatosensory input but also alters the way the central nervous system responds to subsequent motor training tasks. These findings may help to clarify the mechanisms responsible for the effective relief of pain and restoration of functional ability documented after spinal manipulation and the mechanism involved in the initiation of overuse injuries.
HAAVIK TAYLOR H1, MURPHY B. THE EFFECTS OF SPINAL MANIPULATION ON CENTRAL INTEGRATION OF DUAL SOMATOSENSORY INPUT OBSERVED AFTER MOTOR TRAINING: A CROSSOVER STUDY. J MANIPULATIVE PHYSIOL THER. 2010 MAY;33(4):261-72. DOI: 10.1016/J.JMPT.2010.03.004.
16) Manual and surgical methods for correcting obstructions, as well as manipulation of blood and CSF flow, may help to restore or improve faulty craniospinal hydrodynamics in certain cases and decrease the prevalence, progression, and severity of neurodegenerative and other neurological conditions
FLANAGAN M. F. (2015). THE ROLE OF THE CRANIOCERVICAL JUNCTION IN CRANIOSPINAL HYDRODYNAMICS AND NEURODEGENERATIVE CONDITIONS. NEUROLOGY RESEARCH INTERNATIONAL, 2015, 794829. DOI:10.1155/2015/794829 HTTPS://WWW.NCBI.NLM.NIH.GOV/PMC/ARTICLES/PMC4681798/
17) This study demonstrated sympathetic relaxation and corresponding regional brain metabolic changes, as well as reduced muscle tone and decreased pain intensity following a chiropractic spinal adjustment.
18) Brain processing after Chiropractic Care may lead to physiological relaxation via a decrease in sympathetic nerve activity.
NEW*** 19) A decrease in conduction velocity suggests that spinal manipulation alters motor unit recruitment patterns with an increased recruitment of lower threshold, lower twitch torque motor units.
NEW*** 20) Chiropractic adjustments show increased functional connectivity in the brain in post-stroke patients
NEW*** 21) A single session of chiropractic adjustments increases the N30 SEP peak in chronic stroke patients, which may reflect changes in early sensorimotor function