If you're looking to discover how spinal cord stimulation actually works, then this article might be of some help! How does spinal cord stimulation work? This is one of the many questions that people need answers to as they really want to know.
For those who don't know, spinal cord stimulation therapy is a procedure in which signals are sent through a wire from a device on the back of the neck or spine into the spinal cord.
Spinal cord stimulation (SCS) is a type of neuromodulation therapy used to treat chronic pain, epilepsy, and other conditions. SCS involves the use of a stimulator to deliver electrical current to specific nodes in the spinal cord. This stimulates nerve cells, which can reduce pain or improve function.
There are multiple types of SCS available, and each has a different mechanism of action. The most common type is transcutaneous electrical stimulation (TES), which uses electrodes placed on the skin surface to deliver electrical current. TES is usually used for chronic pain due to its low risk of side effects and short treatment time frame.
Another type of SCS is transcranial magnetic stimulation (TMS), which uses magnets placed on the scalp to generate an electric field that stimulates nerve cells. TMS is usually used for conditions such as depression, anxiety, and pain due to chronic conditions like arthritis.
There are also more invasive types of SCS available that require surgery. These include epidural stimulators, which are placed beneath the skin on the back; ventricular stimulators, which are placed inside the chest; and brainstem stimulators, which are placed near the brainstem.