Spinal Cord Stimulation
Back Pain Doctors in Colorado Springs, Greeley, Loveland & Across Colorado
Spinal cord stimulator implants are electrical devices that are surgically
implanted under the skin. This device is used at
Colorado Clinic to manage chronic pain and increase a person’s ability to stand
and walk for extended periods. Approximately fifty thousand people undergo
this procedure worldwide annually to control their
To find a Colorado Clinic near you, call our main line at 970-355-3225.
What conditions are treatable with the spinal cord stimulator implant?
The device is most often used to control chronic pain related to FBSS (failed back surgery syndrome), but is also be used to control chronic pain related to other conditions of the spine such as CRPS (complex regional pain syndrome), Peripheral Neuropathy, Causalgia, Arachnoiditis, and peripheral ischemic pain.
Do I need a spinal cord stimulator implant?
Due to the invasive nature and cost of the procedure, the device is only used in select patients. A pain management physician should never recommend this procedure until more conservative methods have proved ineffective and they have confirmed that the implant will yield results. Research indicates that 50-60% of patients experience a 50% reduction in pain or better.
How is the stimulator implant procedure performed?
Before the actual implant a test run will be performed. If patients report a 50% or more decrease in pain levels during the test it is determined a success and the implant procedure can be done. The trial procedure takes only about twenty minutes to perform.
This is an outpatient, minimally invasive treatment procedure that can be performed in one hour and requires that only a tiny incision be made in the abdomen or upper buttock region. The implant will be connected to electrodes implanted in the spine by very thin wire leads. The procedure is performed with local anesthesia to numb the skin.
How long do spinal cord stimulator implants last?
This device is permanent and will continue to provide relief for several years. However due to being battery powered the patient will need follow up procedures every two – five years to install a new battery. Advancements in rechargeable batteries are allowing this time between maintenance to be extended.
What risk or side effects are possible with spinal cord stimulator implants?
This device does not work for all patients. It does nothing to address the cause of the patient’s pain but instead disrupts the nerve impulses to the brain to stop pain. There is the risk of the patient’s body rejecting the device and a risk of infection. Spinal fluid leakage may occur, migration of electrode(s) which may result in the device being ineffective and/or causing stimulation in an undesired area which could cause further complications like pain and muscle spasms.
Numbness, weakness, loss of coordination, and paralysis are also possibilities. The skin over the electrodes may breakdown and the device may lose effectiveness after a period of time.
How successful are the spinal cord stimulator implants for the relief of pain?
A reduction in felt pain of 50% of more is considered to be successful. 50-60% of recipients of the device report a 50-70% decrease in felt pain levels.
What is the bottom line on this procedure?
For patients that are unresponsive to medications, surgery, and other treatments, or patients who have experienced failed back surgery; this device may be their only recourse for pain management. Discuss your condition with your pain management specialist to determine if this procedure is right for you.
What are my options for spinal cord stimulation implants?
If you have previously received a spinal cord stimulation implant and are unhappy with the results or continue to experience debilitating pain, HF10 spinal cord stimulation may be an option. HF10 spinal cord stimulation implants may be a good choice if you are experiencing chronic pain in your back and legs, as they are designed to alleviate pain in both areas while improving functionality and decreasing potential discomfort related to the implant.