Spinal DecompressionSpinal Decompression
Spinal decompression is a non-surgical and drug-free answer for disc-related syndromes of the lumbar or cervical spine. Many people across the country have found relief from the pain associated with herniated discs, bulging discs, facet syndrome, degenerative joint disease, pinched nerves, and other spinal afflictions. Spinal disc decompression uses computer-aided technology to apply gentle, non-surgical decompression to your spine, increasing circulation into the spinal discs and joints, thus helping to relieve the symptoms that cause pain and dysfunction. We use the exclusive Dynatron DX2 machine in our office, the best non-surgical spinal decompression table on the market.
Why spinal disc decompression works:
This FDA-cleared technology relieves pain by enlarging the space between the discs. Decompression releases pressure that builds on the disc and nerves, allowing the herniated or bulging disc to eventually go back into its normal position. Decompression is the only non-surgical treatment that is truly effective for severe cases of herniation, degeneration, arthritis, stenosis, and pressure on the nerve root. According to a clinical study performed by the Orthopedic Technological Review in 2004, 86% of all cases experienced spinal pain relief with disc decompression.
While the intervertebral disc is a common culprit in spine-related health problems, its function is widely misunderstood. The disc is a small cartilage pad that is situated between spinal bones. The soft, jelly-like center is contained by layers of fibrous tissues. Each disc serves as a connector, spacer, and shock absorber for the spine. When healthy, discs allow for normal turning and bending. Unfortunately, discs can bulge, herniate or rupture, resulting in other problems. Chiropractic care does not make disc herniation disappear, but it can usually eliminate its symptoms.
A frequently overlooked cause of headaches is the malfunction of spinal bones in the neck and upper back. When bones of the spine stray from their normal position or motion, sensitive nerves and blood vessels to the head can be affected. When spinal nerves and related tissues are stretched or irritated, they can produce throbbing headaches. Aspirin and medications may cover up these warning signs, but do not correct the underlying structural cause.
A popular response to neck pain is taking drugs to cover up the problem (aspirin, analgesics, pain pills) or treating its symptoms (muscle relaxers, massage, hot packs). But neck pain isn't caused by a lack of aspirin or drugs! The chiropractic approach to neck pain is to locate its underlying cause. Special attention is given to the structure and function of the spine and its effect on the nervous system.
The sciatic nerves are the largest and longest nerves in the body. They are about the size of your thumb in diameter, and run down the back of each leg. When the sciatic nerve is irritated by a spinal misalignment or inflammation of surrounding tissues, pain is referred down the leg. This is referred to as sciatica, and can be corrected through chiropractic care.
Spinal injuries can restrict range of motion, reduce strength, slow reflexes, shorten endurance and decrease performance. Chiropractic care for this type of injury has become increasingly popular. Professional sports teams, Olympic trainers, and competitive athletes are employing chiropractic doctors - because they demand results. Besides helping to relieve pain, chiropractic care can also help reduce inflammation. Muscles, tendons, and ligaments depend upon proper joint movement for peak performance. Injuries to these tissues can reduce range of motion, affect delicate nerves, decrease blood supply, and take you out of the game. Normalizing spinal function helps speed the healing of these soft tissues and reduce the deconditioning effect of being on the sidelines.
Collisions that occur during sporting events, slips, falls or automobile crashes can all have a damaging effect on your neck and back. These types of collision-related injuries are often called "whiplash". The resulting instability of the spine and soft tissue can contribute to headaches, dizziness, blurred vision, pain in the shoulders, arms and hands, and the reduced ability to turn and bend. As the body attempts to adapt, symptoms may not appear until weeks or even months later.