USING THE SIMULATOR WITH MULTI-CHANNEL BIOFEEDBACK "BCI-EXOSKELETON" IN A COMPREHENSIVE PROGRAM OF REHABILITATION OF PATIENTS AFTER STROKE

作者：Ivanova G E^*; Bushkoya Y V; Suyoroy A Yu; Stahoyskaya L V; Dzhalagoniya I Z; Varako N A; Koyyazina M S; Bushkov F A

来源：Zhurnal Vysshei Nervnoi Deyatelnosti Imeni I P Pavlova, 2017, 67(4): 464-472.

DOI：10.7868/S0044467717040086

• stroke
• brain-interface-computer
• cognitive impairment
• ideomotor training
• neglekt

The consequences of the transferred circulatory disturbances significantly reduce the quality of life of patients. One of the tasks of restoring the patient's every day and social activity is to restore the motor function of the upper limb, basic motor skills such as achieving the object, the necessary manipulation with the object, coordinated movements of both hands. Application in the recovery treatment of neurocomputer technologies brings rehabilitation to a new high-tech level and allows to effectively influence the degree of post-stroke violations. Purpose: to assess the effectiveness of the simulator BCI-exoskeleton brush with kinesthetic feedback in the complex rehabilitation of patients after a stroke, as well as to investigate the possible reasons for not using the upper extremity with preserved motor characteristics. The results obtained using the simulator BCI-exoskeleton brush with kinesthetic feedback in the complex rehabilitation of patients after a stroke allow us to speak about the positive dynamics of restoring the motor function of the hand, increasing the daily activity of patients. It is planned to further study the influence of the non-invasive neurocomputer interface on restoring cognitive functions of patients, as well as detailing the neuropsychological status in order to identify the possible leading link in restoring the motor function of the upper limb in the rehabilitation process using the above-described technology.

• 出版日期2017-8