Will spinal decompression help spinal stenosis?

When the space between the vertebrae begins to shrink or compress, it can put too much pressure on the spine and nearby nerves.

Spinal decompression

helps relieve pressure on the spine and nerves by gently stretching and allowing more space. Lumbar stenosis, or spinal stenosis that occurs in the lower back, can make it uncomfortable or even difficult to move from sitting to standing or even walking. Non-surgical spinal decompression in Austin can help relieve the tension around your spine and nerves that cause you so much pain.

Spinal decompression is an alternative therapy designed to relieve pain and promote healing of the intervertebral disc. There is strong evidence that decompression surgery can be an effective treatment for people with severe pain caused by nerve compression. When the spine narrows, it can make it increasingly difficult for water and nutrients to reach these nerves and spinal discs, which can aggravate pain. Spinal decompression therapy can also help repair herniated discs or those that have developed cracks in their rubbery exterior.

Spinal stenosis is most commonly caused by wear and tear on the body and is often associated with osteoarthritis. In nonsurgical spinal decompression therapy, the spine is intermittently stretched and relaxed using precise computer calculations to generate just the right amount of tension for optimal results. Spinal decompression therapy is a type of treatment that takes pressure off the spine by gently stretching the spine and providing you with lasting pain relief. Spinal decompression is essentially the evolution of traction.

With respect to neck or back engagement, traction can be defined as an intermittent or continuous force applied along the long axis of the spine, in an attempt to lengthen the spine, or the act of pulling or stretching muscles or joints. While lumbar decompression is usually successful, like all types of surgery, it carries a risk of complications. To avoid these risks, the chiropractic physician may ask the patient to undergo multiple screening tests, including a physical exam, an MRI, and x-rays to determine if spinal decompression treatments are applicable to the patient. Twenty of the 84 subjects had previous surgery; 15 had previous decompression surgery and the remaining 9 had undergone a discectomy.

Spinal decompression has the ability to relieve pressure on the spinal nerves caused by herniated discs and degenerative disc disease, and is useful for conditions such as sciatica and facet syndrome. Spinal decompression was introduced and pressure changes were recorded in a resting state and again while the equipment applied controlled tension. Spinal decompression can help promote a healthier environment for the spine and nerves so that they can function optimally. The results of this study indicate that it is possible to lower the pressure in the nucleus pulposus of herniated lumbar discs below -100 mm Hg when distracting tension is applied according to the protocol described for decompression therapy.

Spinal stenosis is a degenerative structural disorder that causes the spinal canal to narrow more and more over time. Spinal decompression equipment, on the other hand, contains sensitive computer feedback mechanisms, such as strain gauges, to overcome this phenomenon and allow maximum therapeutic results.