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Objective. Electromyography (EMG) captures motor neuron activation and this signal trigger the functional electrical stimulation (FES) that mimics muscle activation and promotes neuroplasticity. The EMG-FES interface is interaction of both devices, its use in the present case reposts aims to verify its modulating effect in improving the hand opening movement in post-stroke participants. Method. The assessments performed: (1) before the intervention, (2) after 8 sessions, (3) after 16 sessions and (4) follow-up after 15 days of the last intervention. EMG assessments were performed on muscles: (i) finger extensors, (ii) index extensor, (iii) thumb abductor and (iv) wrist flexor. The EMG-FES interface was applied on finger extensor muscles by 8 or 16 sessions during about 30 minutes. Results. For application, 431 subjects were contacted, and 4 participants were selected. Were applied 8 (N=2) and 16 (N=2) sessions. The EMG outcomes indicated increase in muscle activation and neural firing rate in second and third assessments. In the follow up assessment the values decreased,

Efeito modulador da interface EMG-FES na abertura de mão em indivíduos após AVC