DOI: 10.14704/nq.2018.16.4.1212

Computer Aided Technology-Based Cognitive Rehabilitation Efficacy Against Patients’ Cerebral Stroke

Xiaolin Liu, Xiong’ang Huang, Jian Lin, Lin Li, Rui Zhang, Rongtao Ding


Cognitive dysfunction caused by cerebral stroke in different degrees throws patients into troubles in daily life. It, therefore, has been a great challenge about how to develop a positive and accurate diagnosis and treatment program against cognitive impairments and in favor of rehabilitation of patients after cerebral stroke. This paper investigates 128 cases of stroke patients randomly chosen and included into the traditional rehabilitation and computer-aided training groups who respectively received routine drug and traditional cognitive rehabilitation therapies for 4 weeks, except that the computer-aided training group also underwent a computer-aided cognitive exercises. A Montreal Cognitive Assessment (MOCA) was introduced for rating both groups. After a comparative analysis was conducted on the results, it turns out that, after cerebral stroke of patients, whether the traditional cognitive rehabilitation therapy or the computer-aided cognitive therapy they received, the cognitive dysfunction can be relieved, but the computer-aided training process, as an adjuvant therapy, has a more significant efficacy against this symptom. It is proved that the Computer Aided Technology (CAT) has played a great role in the rehabilitation of patients with cognitive dysfunction after cerebral stroke, which attributes to its strong targeted therapy, practicality, time-saving and less effort, and good scientificity. Not only that, it also has a great practical significance for clinical cognitive rehabilitation.


Computer Aided Technology; Cerebral stroke; cognitive dysfunction

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Supporting Agencies

Public welfare Technology Application Research Program of Science Technology Department of Zhejiang Province (2015C33184).

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