Inflammation Control
When our tissues or nerves are injured, it not only sets up a local inflammatory response at the site of injury, but also within the brain and spinal cord. This reactive brain inflammation is known as neuroinflammation. Normally it only lasts a short period of time and resolves when the tissue injury heals. In some cases, however, this inflammation does not resolve normally and a chronic problem results. Changes occur at nerve endings and tissue at the site of injury, which can lead to a hypersensitivity of the local nerves and tissue.
When this does not resolve normally, a peripheral neuroinflammation can develop, and an abnormal signaling from the nerves (neuropathic pain) can develop. The same cycles of inflammation can occur in the brain and spinal cord. Normally, there are chemical signals within nerves and the brain, largely effecting nerve cells called glial cells. Glial cells signal a return of the normal status of the brain, or homeostasis. If the inflammation continues, this can also cause persistent hypersensitivity to nerve signals from the site of injury, which also contributes to neuropathic pain.
One of the goals of medical management is to help suppress this inflammation, both at the site of injury and the spinal cord/brain, to help resolve the neuroinflammation, restore homeostasis, and reduce or eliminate pain. This can sometimes be accomplished early on after an injury with the use of oral anti-inflammatory medications, oral corticosteroids, or topical applications. Other tools we utilize include:
- Diet
- Supplements
- Restoring or improving sleep
- Regular exercise
- Psychological treatments
These components, alone or in combination, can be very effective at bringing down the bodies’ inflammatory level, helping to restore the nerve cells in the brain/spinal cord and periphery towards their normal state. This in turn will reduce pain.