Trigeminal neuralgia episodes are often described as incapacitating. These attacks are fast – typically lasting no longer than 2 minutes, but they can occur in clusters. Often, these episodes are in response to a trigger. These triggers include:
It can be frustrating to deal with these attacks, especially because of the frequency of these activities. Traditional trigeminal neuralgia management involves medication, injections, and possibly surgery. While these approaches may be effective in eliminating pain in the short-term, they do not address a potential root cause of trigeminal neuralgia symptoms.
Your spine is responsible for protecting your spinal cord. Your spinal cord is responsible for sending signals to and from your brain. When the top bone in your neck (atlas) misaligns, it creates pressure in your spinal cord. When there is pressure on your spinal cord, the signals are distorted. This can potentially lead to trigeminal symptoms.
Dr. Lawlor is trained in upper cervical chiropractic – a gentle, specific approach aimed at correcting the atlas. Upper cervical chiropractic is incredibly precise, and every correction is tailored to each individual patient. Through realignment of the atlas, there is reduced pressure on the spinal cord. This allows for proper signals to be sent to and from the brain. This may lead to a reduction in trigeminal neuralgia symptoms.
Grochowski reported a case of a 58-year-old female who suffered from debilitating neuralgia attacks. Over the course of nine weeks of upper cervical chiropractic care, she experienced relief of her symptoms and did not have a neuralgia attack. (2)
If you are interested in more information on how upper cervical chiropractic care could help trigeminal neuralgia, give Upper Cervical Union Square a call at 415-362-3500.
The Blair Upper Cervical Chiropractic Technique is a specific system of analyzing and adjusting the upper cervical vertebrae of the spinal column. These vertebrae can misalign in such a way as to interfere with the brainstem and spinal cord as they exit through the floor of the skull into the neural canal.