Bringing neuroscience into everyday chiropractic care
Modern chiropractic practice is increasingly guided by neurophysiological research showing how spinal adjustments influence the brain and nervous system. The goal is to translate these scientific findings into practical, patient-centred care that improves movement, function, and wellbeing from the very first visit.
What the science tells us
- Studies by Haavik and colleagues demonstrate that spinal adjustments can alter brain activity — particularly in areas responsible for sensorimotor integration, balance, and coordination.
- Research also shows that dysfunctional spinal segments send distorted sensory input to the brain, affecting how it controls posture and movement.
- Adjustments help restore normal feedback between the spine and central nervous system, leading to improved motor control, reaction time, and stability.
What this means for your first visit
When you come in for your initial consultation, we’re not just looking at where it hurts — we’re analysing how your spine and nervous system are communicating. This includes:
- Movement and posture assessments to identify areas of reduced control or asymmetry.
- Neurological testing (balance, reflexes, coordination) to evaluate how your brain and body are interacting.
- A clear plan to restore spinal function and enhance neural communication through specific chiropractic adjustments.
Integrating the evidence
Our approach is inspired by research showing that spinal care can influence both mechanical and neurological function. This evidence-informed model means we can deliver more predictable, measurable results — from pain relief to better movement and body awareness.
How this sets the tone for care
- We prioritise function over symptoms — improving how your system works, not just how it feels.
- Each adjustment builds on previous changes, encouraging lasting neuroplastic improvements.
- We measure progress through objective function testing (balance, mobility, strength).
Read related studies:
- The Contemporary Model of Vertebral Motor Control and Neuromuscular Function
- Alterations in Cortical and Cerebellar Sensorimotor Processing Following Spinal Manipulation
Note: This summary bridges scientific research with practical chiropractic application. It is for educational purposes only and does not represent medical or diagnostic claims.
