Sympathetic Blocks
Pain Conditions Overview
What is a Sympathetic Block?
A sympathetic block is a diagnostic procedure, which involves placing a local anesthetic such as Novocaine in or near the area that controls the sympathetic nerves. Sympathetic nerve blocks are also referred to as Stellate(cervical) or Lumbar Sympathetic blocks. Stellate and Lumbar Sympathetic blocks are both procedures we do at Arizona Pain Treatment Centers.
What are the Sympathetic Nerves?
The sympathetic nerves are a group of nerves that run in front of the spinal column. They are part of the autonomic nervous system and control many types of bodily functions such as sweating, blood pressure and digestion. Occasionally, these nerves can be injured causing pain. This can result in a condition known as Complex Regional Pain Syndrome or CRPS, formerly known as RSD or Reflex Sympathetic Dystrophy.
Sometimes the injury can be minor such as a sprain. Other causes of sympathetically mediated pain include Herpes Zoster or Shingles, Raynaud’s Disease, Phantom Limb Pain, Cancer, frostbite or other vascular problems sympathetic-blocks
How Do I Know if the Sympathetic Nerves are the Cause of My Pain?
Pain from a problem in the sympathetic nervous system can be confined to an arm or leg or develop to include several body areas. The symptoms of a problem with the sympathetic nerves can be pain, which can be described as “burning” in nature. Sometimes, there is increased or decreased temperature in the affected area.
Often our pain team may suggest a diagnostic procedure, which involves placing a local anesthetic such as Novocaine in or near the area of the spine that controls the sympathetic nerves. If, after the injection, the pain disappears or lessens then the sympathetic nerves may be a cause of your pain.
Phoenix
Mesa/Gilbert
Central Phoenix
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1301 E McDowell Rd., #100
Phoenix, AZ 85006
off of 13th St. and McDowell Rd.
4860 E. Baseline Rd, #103
Mesa, AZ 85206
off of Pierpont Dr. and Baseline Rd.
8805 N 23rd Ave., #120
Phoenix, AZ 85021
off of 23rd Ave. and Dunlap Rd.