Chiropractic Spine Sports And Rehabilitation Explains Degenerative Disc Disease and How Nutrition Helps
Usual questions of Tonawanda back pain sufferers at Chiropractic Spine Sports And Rehabilitation sound something like this: “What is Tonawanda degenerative disease?” (Chiropractic Spine Sports And Rehabilitation can describe degenerative disc disease at the drop of a hat!) and “Can nutrition help?” (“Yes!”)
WHAT IS DEGENERATIVE DISC DISEASE?
Degenerative disc disease results oftentimes from normal, age-related changes that take place in the discs of the spine that trigger pain. The spinal discs function like shock absorbers between the vertebral bones of your spine. As discs degenerate, they do not do their job as well. A discs’ health stems from the health of surrounding structures as much as its own health. The cartilage endplates perform a vital role in the health of the disc. Unhealthy endplates do, too, as they may play a part in degenerative disc disease.
HOW CHIROPRACTIC CARE AND NUTRITION HELP DEGENERATIVE DISC DISEASE
Chiropractic care at Chiropractic Spine Sports And Rehabilitation manages disc health from both the inside and outside. The disc requires some special nutritional elements to maintain its health and strength, ready to preserve the mobility of the spine. It needs glucose, glycosaminoglycan, calcium, magnesium, chondroitin sulfate, and more. It gets these nutrients through the cartilaginous endplates that surround it above and below (70%) and from the sides of the disc (30%). The cartilage endplates of the disc that are adjacent to the vertebral bodies of the spine provide a major path for nutrients to get into the disc. Permeability of the cartilage endplate increases as it ages and degenerates. Degeneration of the cartilage endplate is linked to the initiation of cell starvation and death of the disc due to poor nutrition. Degeneration of the cartilage endplate may well be to blame for mechanical load-induced dehydration of the disc’s nucleus pulposus and reduced levels of glucose in the nucleus pulposus (inner gel of the disc)-annulus fibrosus (outer bands of the disc) connection area. (Read more about disc nutrition with glucosamine sulfate and chondroitin sulfate.) (1) The endplates are key to the disc’s health. When the endplates are harmed by degenerative changes, they cannot perform their job of transporting nutrients into the disc. One study stresses this issue by describing how severe inhibition in the endplate nutritional pathways likely leads to intervertebral disc disruption. (2) Additionally, a good night’s rest may be beneficial for more than beauty! resting recumbent even for a short time permits an increase in the cervical spine and thoracic intervertebral discs’ hydration volume. (3) Chiropractic Spine Sports And Rehabilitation cares for the disc from the inside with nutrition and the outside with sleep recommendations as well as spinal manipulation.
Tonawanda CHIROPRACTIC TREATMENT HELPS DEGENERATIVE DISC DISEASE
While lying down unloads the spine, dynamic loading of the spine is beneficial, too. How? It comes back to those cartilage endplates once again. The ability of the cartilage endplates The more porous and healthy the endplates are, the more flow of nutrients is permitted. The less porous, less hydrated, more degenerated the endplates are, the less flow of nutrients is permitted. Recent research today describes the benefits of dynamic loading (as opposed to static loading) on nutrient transport into the disc via cartilage endplates. (4) Chiropractic spinal manipulation is dynamic treatment of the spine. The protocols of Cox® Technic focus on individual segments of the spine to enhance motion where disc degeneration may be present. It’s gentle, relieving care delivered every day at Chiropractic Spine Sports And Rehabilitation!
CONTACT Chiropractic Spine Sports And Rehabilitation
Listen to this PODCAST with Dr. Sylvia Hrefna from Iceland on The Back Doctors Podcast with Dr. Michael Johnson as she presents her relieving care with Cox® Technic of a patient with disc degeneration in her cervical spine, the second of two cases in this podcast.
