Thursday, May 7, 2009

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Miofeedback with Applications

Justificar a ambos lados
Active (positive)
: if we perform muscular work intentionally or voluntarily, we will consider as a variant of positive or active, we will always involve an increase in muscle activity and, hence, are widely used for training and muscle strengthening or improvement of other biological activities. An example would be to apply the electrodes on the muscle mass of the paretic group and instruct the patient to try to get it while you observe the response on the screen to try to overcome.


Passive (negative) : if we try to reduce muscle activity voluntarily maintained unintentionally (such as hypertonicity or contracture), we will consider a work methodology negative or passive. And seek controlor in decreasing muscle relaxation activity, or the lower control other biological activities. An example would be to place the electrodes in a muscle group with great hypertonus, and prompt you to observe the level of muscle tone represented on the screen, which keeps unintentionally, to attempt a voluntary basis, lower the level displayed on the screen.


miofeedback combination with electrical stimulation
miofeedback detected The voluntary muscle activity. Electrical stimulation causes involuntary muscle activity. In this technique usually alternate active work miofeedback detected by the electrical stimulation. Throughout the session the miofeeback will show the gradual strengthening of the state or fatigue or changes in voluntary work. When the muscle or muscle group requires a strengthening of transcutaneous electrical stimulation, applied to train and in the next cadence, observe the results. The electrodes must be different for each function.
Active work can occur in both stimulation time and in that of deteccción. The equipment must be perfectly coordinated to separate the detection myoelectric stimulation. Should never be working miofeedback detection while electrical stimulation is applied, and that can be injected up to 100 volts on inputs that are ready to capture millionths of volts.
processes will be implemented in peripheral paralysis partial, selective toning a muscle fascicle and muscle atrophy global.

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