Understanding the “Sensory Ring” Around the Head
The human body's ability to maintain balance, spatial awareness, and coordinated movement relies on three interconnected sensory systems: vestibular, visual, and proprioceptive. These systems are anatomically and functionally linked through structures that form a sort of ring around the head—specifically the eyes, ears, and occiput. The vestibular system, located in the inner ear, detects motion and orientation; the visual system, centered in the eyes, provides spatial and depth perception and visual stimuli; and proprioception, which involves feedback from muscles and joints, is processed in part by the brainstem and cerebellum near the occipital region (the fancy term for the base of the skull). Together, these systems create a “GPS” for the body, allowing us to move confidently through space[1].
When Integration Breaks Down
Disruption in any part of this sensory ring can lead to challenges such as dizziness, poor coordination, and sensory processing difficulties. Research shows that the brain integrates visual and vestibular cues to maintain accurate perception of motion [2]. When these cues conflict—due to developmental delays, neurological dysfunction, or retained primitive reflexes—children may experience disorientation, behavioral issues, or difficulty with motor planning [3].
How Gentle Pediatric Chiropractic Can Help
Pediatric chiropractic care offers a gentle, non-invasive approach to supporting children with these sorts of challenges. By gently adjusting spinal misalignments—particularly in the cervical and occipital regions—chiropractic adjustments may help restore proper nervous system communication and improve sensory processing. Case studies and clinical reviews have shown promising outcomes in children with developmental delays, autism, and sensory processing disorders following chiropractic care [4]. Techniques often involve light touch and targeted neurological exercises, making them suitable even for sensory-sensitive children. That is why we have created special sensory sensitive rooms in our practice, to reduce the potential for overstimulation while receiving chiropractic care. These rooms also have sensory toys that the children can play with to keep them calm before and even during an adjustment as well as HEPA air filters that double as white noise sound machines to keep kids calm and less distractable.
References
[1] www.nvcofny.com
[2] www.mdpi.com
