vendredi 27 juin 2014

Learn How Spinal Cord Stimulation Brings Movement To Paraplegics

By Neil P. Hines


Spinal cord injuries can and often do have a major and lifelong impact on the people who sustain them. Sadly, paralyzed people not only suffer from a loss of mobility, but they can also experience an excess amount of pain. This is why many individuals are eager to learn more about how spinal cord stimulation brings movement to paraplegics.

There are two different therapies that are currently available. One is used for pain management while the other is used to increase mobility. Both are amazing medical innovations that have helped to bring more hope and relief to people who are in dire need of these things.

When it comes to pain management, patients can have a small device medically inserted beneath their skin. This device actually creates pain and transmits the pain signal to the brain. Repeat pulses will cause the pain signal to register differently, as a tingling feeling instead. People no longer have to mute or control their pain with prescription drugs, but can use these devices as an alternative way to experience relief from their discomfort.

Side effects are an issues that pain sufferers will not need to contend with. This means that they can have reduced pain without developing problems like vertigo, nausea or fatigue. Because of this fact, this type of therapy has generated a lot of buzz and it is also becoming a popular pain management option.

One other solution that is having a major impact is the application of electrical stimulation that is intended to mimic and promote communication between the nerves and the brain. These can increase movement in places that were subject to paralysis before. These methods and the science behind them are all new and there are many advancements that are yet to be made.

People are able to make voluntary movements when the stimulation is being used. As a result, treatments like these are making it possible for people to have more control over their own bodies. Additionally, this can also be an effective way to prevent muscle atrophy and maintain vital connections between the nerves and brain. Developments such as this one are totally altering the outlook of people who are paralyzed and can even have an impact on those who have sustained spinal cord damage some time ago.

All specialists must first assess the nature of their patients injuries and other factors concerning their physical health. This is necessary for determining whether or not these individuals will be ideal candidates for these procedures. Once candidacy is established, several trials are often performed in order to gauge their efficacy and their impact on the individual patient.




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