Herniated Disc Phoenix, AZ with the Arizona Back Institute

Herniated Disc Phoenix, AZ

Do you experience back pain, leg pain, or weakness in the lower extremities and muscles? You may be suffering form a herniated disc, which luckily, can be treated fairly easily with spinal decompression therapy. The doctors at Arizona Back Institute in Phoenix, AZ offer spinal decompression therapy with some of the most advanced technology on the market today, including the DRX9000.

A herniated disc is a disc that has been pushed out of its proper location in the spine. It applies pressure on nearby nerve stems, thereby causing pain and weakness. Spinal decompression therapy works by relieving this pressure, allowing for the disc to relocate itself in the spine, and easing the pain. Even if you have tried conventional treatments in the past and your back problems continue to persist, spinal decompression may be able to help you. Spinal decompression with the DRX9000 has proven successful in treating a wide range of symptoms, and has helped over 3,800 patients at the Arizona Back Institute restore their health and relieve their back pain.

In addition to herniated disc, spinal decompression therapy is effective in treating a variety of conditions, including:
- Bulging Discs
- Other Disc Deformities
- Spinal Stenosis
- Sciatica
- Spinal Disc Degeneration
- Facet Arthritis Syndrome
- Low Back Pain
- Lower extremity (leg) Pain
- Excessive Spinal Loading
- Pinched Nerves
- Radiating Arm Pain
- Headaches

The doctors at Arizona Back Institute take a multi-disciplinary approach to back pain treatment, in order to provide a more holistic treatment plan. There, they offer a team of medical doctors, chiropractors, and physical therapists to evaluate each patient and create a comprehensive and effective treatment plan.

You don't have to suffer from the symptoms of a herniated disc any longer. Call the Arizona Back Institute, in Phoenix, Arizona, today, to learn more about their treatment options and how they can help restore your health.