You Can Discover A Safe Way To Get Herniated Disc Relief With Chiropractic In Edmonton

By Penelope Bunce


It is a cause of great pain when a disc is herniated. This condition exists when the soft inner part of a disc bulges out and exerts pressure against one of the adjacent nerve roots. These discs lie between the vertebrae that make up the spine. Someone with a herniation can turn to Edmonton Chiropractic for pain alleviation.

The vertebrae are the small hollow bones containing the spinal cord. Nerve signals are transmitted from the nerve roots located there to all parts of the body. Where the pain is felt depends on where on the spine the herniation occurs. This disabling condition typically strikes those in the thirty to fifty year age group.

But, the condition is not limited to this age group. A younger or older person can suffer a herniated disc in a car crash or a collision on the football field. Sometimes lifting a heavy object can be the cause.

Neck pain, back pain or pain in any of your extremities is possible. The spine may also feel stiffer than usual and be tender to the touch. Chiropractic care is the preferred choice of many people. That is because it is non-invasive and non-addictive.

During your first office visit a medical history will be taken. Your back, neck and any other part that hurts will be examined. Reflexes and the range-of-motion you are capable of will be tested. You may be asked to take an x-ray.

Following a complete evaluation a plan for how to reduce the pain can be mapped out. Possible methods include spinal adjustments, mild exercises and massage among other alternative applications. You may be scheduled for a regular visit to the chiropractic office for adjustments.

Your progress will depend on such variables as how old you are, how severe the herniation is and your general health. Each person experiences pain reduction at a different speed. Eventually, you may be ready to go back to work. By visiting the chiropractor regularly, the pain can be maintained at a level that allows for normal activity.




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