Spinal Decompression & Chiropractic Adjustments Better for Lessening Back Discomfort

Spinal Decompression & Chiropractic Therapy Helps Relieve Low Back Problems in Depew

We work with many back pain patients in our Depew chiropractic office, and Dr. Palmer and our staff uses a variety of techniques to help get you out of pain and restore your spine's normal, healthy function. We find spinal decompression to be a very effective approach.

Understanding Spinal Decompression Therapy

To help you better understand spinal decompression therapy, think of the discs in your spine like water balloons filled with jello. When you squeeze them (which occurs due to normal living, sustaining an injury, or other medical conditions), they can protrude, placing pressure on the nerves in your spinal column. This affects your brain's ability to communicate with tissues in the rest of your body.

If the stress on the discs becomes too high, the discs can herniate or bulge. This removes the padding between your vertebrae and can cause discomfort. The purpose of spinal decompression therapy is to lessen this pressure to help restore your body's function and also reduce your level of discomfort.

Could Spinal Decompression Therapy Work for Me?

Spinal decompression therapy relieves disc pressure through the use of a specially designed table that gently elongates your spinal column through slow and controlled movements. This reduces the pressure placed on your discs. Some studies state an increase in disc height by as much as 1.3 millimeters after just six weeks of spinal decompression therapy.

If you're wondering if spinal decompression therapy could help you feel and function better, simply call our Depew office and schedule an appointment with Dr. Palmer today. Your optimal health is our number one goal!

Resources

Apfel CC, Cakmakkaya OS, Richmond C, et al. Restoration of disk height through non-surgical spinal decompression is associated with decreased discogenic low back pain: a retrospective cohort study. BMC Musculoskeletal Disorders 2010;11(155). doi:10.1186/1471-2474-11-155