Motor training with brain plasticity
a brain plasticity and motor technology, applied in the field of motor training with brain plasticity, to achieve the effects of enhancing the activation of the ipsilesional motor area, enhancing activity, and improving stroke recovery
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[0406]Arm flexion and extension generally requires the synchronized action of the Biceps and the Triceps muscles. For example: Biceps contract / Triceps relax lead to flexion; Biceps relax / Triceps contracts leads to extension.
[0407]Optionally, a patient suffering of total arm hemi paresis with the right side affected, is treated using the following rehabilitation acts:[0408]1. Teach and train patient to generate SCP activation over C3 (contra-lateral to the paretic arm) or Cz (central point) 0.5-1 sec before the start of a contraction of the left Biceps (e.g., identified by increase of sEMG RMS). The patient is attached to a bi-manipulator system 600 and trying to produce a bilateral arm flexion.[0409]2. Reward synchronous cortical activation by flexing the paretic arm together with the healthy left arm.[0410]3. Teach and train patient to generate SCP inhibition over C3 (contra-lateral to the paretic arm) or Cz (central point) 0.5-1 sec before the start of a relaxation of the left Bic...
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