Plano, TX, 2014/ Press Release: Spinal Stenosis Surgery Benefiting Patients Suffering From Stenosis in Lumbar, Thoracic And Cervical Spine.

People suffering from Spinal Stenosis can now find relief with the advanced Spinal Stenosis surgery performed by Dr. Richard Burg – a renowned spine surgeon in Plano TX. Spinal Stenosis refers to the narrowing of the spinal canal due to degenerative factors. While Stenosis is most common in the lumbar spine, it may also occur in the thoracic and cervical region of the spinal cord. The condition causes immense back pain, numbness, muscle weakness, leg pain and even problems with bladder or bowel function.

“Conservative treatments like medication and physiotherapy help in restoring function and relieving pain. However, if the pain is incapacitating, Spinal Stenosis surgery may be opted to create additional space for the spinal cord or nerves” says Dr. Burg. Spinal Stenosis surgery has witnessed a good success rate for treating patients with leg pain, back pain, and other symptoms brought up by the condition. The surgeon performs minimally invasive spinal stenosis surgery, which involves smaller incisions and less blood loss. Unlike conventional open surgical methods, the rehabilitation period after a stenosis surgery is decreased to a great extent.

Dr. Burg is one of the leading spine surgeons in Texas specializing in minimally invasive spine surgery. He was voted for Best Doctors in Collin County for his excellence in spine surgery. In addition to treating Spinal Stenosis, the surgeon treats various other spine related conditions including Degenerative Disc Disease, Herniated Disc, Back Pain, Spine Fractures, Spinal instability, Scoliosis, Sports Injuries etc. He also performs decompression spine surgery, disc replacement surgery and laser spine surgery in Plano TX.

Dr. Burg can be reached at 4031 West Plano Parkway, Plano, TX 75093. You can call at (972) 985-1072 or visit his website www.backspinesurgeon.com to request an appointment for diagnosis and treatment of your spinal condition.