Neuromuscular electrical stimulation (NMES) is the application of electrical stimuli to a group of muscles, most often for the purpose of muscle rehabilitation. Neuromuscular electrical stimulation is primarily used by physical therapists as a form of rehabilitation after injury, stroke, or other incident that results in loss of muscle function. NMES is achieved by passing an electrical impulse from a device through electrodes placed on the skin over the targeted muscle or muscles.
For the purpose of rehabilitation, Neuromuscular electrical stimulation is typically used in conjunction with other methods of physical therapy. The intent of neuromuscular electrical stimulation is to stimulate the nerves in the muscle with electrical impulses. Electrical impulses are a natural part of the normal communication between the brain and the muscular system in an uninjured or unaffected body. With neuromuscular electrical stimulation, these natural impulses are simulated and can help “retrain” the muscles to function again.
Even with the use of NMES, most rehabilitation patients must also undergo physical therapy to prevent muscles from atrophying, or dying. In some cases, depending on the cause and extent of injury, other forms of electrical stimulation therapy may also be used. Similarly, the same electrical technology is used to measure the performance of nerves and muscles for diagnostic purposes and measuring improvement.
While the use of Neuromuscular electrical stimulation is most often used in rehabilitation of injured muscles or stroke, NMES has also been used to improve the health of damaged tissue. Neuromuscular electrical stimulation is also sometimes used as a way to manage chronic pain relief.
Not all individuals are candidates for NMES therapy either for rehabilitation or pain management. Patients who have suffered heart attacks, have a pacemaker, and those with certain other medical conditions are not candidates for NMES. In the event of muscle failure from injury or stroke, a physical therapist will work in conjunction with the patient’s doctor to determine the right therapy and may adjust the therapy as needed.
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NathanG
Post 4 |
@SkyWhisperer - There are a variety of applications to electrical stimulation of muscles. I’ve heard that the Russians have used it for their Olympic teams, to help them in training for example. Russian electrical stimulation uses a high frequency to produce a deeper massage of the muscles than what is produced by regular muscle treatment.
It makes the muscles much stronger but is more painful to endure, which I suppose Russian athletes have learned is the price they must pay to compete. |
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SkyWhisperer
Post 3 |
I hear that this technology holds a lot of promise for people who suffer from lower back pain. A company recently announced a patent for an implantable nerve stimulator. The device is "installed" in the patient’s back and shoots up electrical impulses from time to time into the back muscles to strengthen them and relieve the pain.
I’m not sure about the cost, but this would be a great help to a lot of people with back pain. |
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David09
Post 2 |
@miriam98 - I don’t think the conditions you listed would qualify for electrical muscle stimulation. The key is the treatment is for muscles that have atrophied. For typical conditions like tendonitis, doctors usually recommend exercises to strengthen the muscles again.
I think you can regain good working condition of your muscles with orthopedic exercises and heat and ice pack treatments. Electrical stimulation physical therapy sounds like it’s for people who have lost all mobility, and need to have their muscles “awakened” in order to be put back to good use. |
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miriam98
Post 1 |
These are interesting insights into electrical muscle stimulation. I am wondering if this has application beyond rehabilitation. For example, can this treatment help people who have suffered from tendonitis, carpal tunnel syndrome or bursitis?
I ask because I’ve heard that sometimes muscles can become “frayed” with some of these conditions, and am wondering if sending little shocks into the muscle system can help retrain the muscles again. |