Researchers are now evidencing high velocity low amplitude (HVLA) adjustment on neuromuscular function. In fact, research identifies the distinctions between a manipulation and adjustment, and the differences that occur neurophysiologically as a result.
This insightful presentation by Drs Alice, Tanja and Heidi explain how spinal dysfunction (subluxation) explains the neurophysiological impacts that see and how a high velocity low amplitude adjustment (thrust) influences the brain and coordinates muscle function. In essence, we're going to uncover the science of how the brain creates a coherent picture of its environment through its nervous system and is modulated by spinal function.
One of the interesting conversations that come from this research is the role that chiropractic has on the nervous system and through its nervous system impact could potentially be altering the visual, auditory, emotional and sensory systems of the body.
Now we have a plausible scientific mechanism by which changes that we see in practice happen as a result of analysing, locating and adjusting subluxation.
The research demonstrates how the brain controls neuromuscular function and reduces the protective mechanisms of the nervous system to improve the accuracy of our perception and the potential experience of life.