Effectiveness of Computer-based Cognitive Training for Executive Functions After Stroke

Effectiveness of Computer-based Cognitive Training for Executive Functions After Stroke

Objective:

To determine the efficacy of computer-based cognitive training(CBCT) in patients with stroke in the community settings.

Study Design:

Single-blinded prospective, pre-test/post-test randomized controlled trial (RCT) will be conducted in 2 groups of participants that receiving training in community settings. Treatment groups will attend individualized CBCT programme using CogniPlus® while control group will continue attend conventional treatment as usual (TAU). Assessment on the means difference in assessing functions will be done after the study.

Samples:

100 patients with stroke will be recruited from the community, using a sampling frame of selected diagnosis and homogeneity.

Expected Findings:

Find out the training effects of selected CBCT on EF and daily functioning in patients with stroke

It is important to study the effectiveness of intervention post-stroke cognitive deficits in EF, Post-stroke patients with EF deficits will affect their abilities to successfully return to normal daily activity. Studies over the past decade have provided evidence of substantial gaps in our knowledge on how to effectively manage EF impairment post-stroke. To address these gaps there has been growing attention and research into the management of EF impairment post-stroke. Studies have been conducted to address some of these gaps specific to EF impairment and intervention research, and to investigate use of evidence-based practices for the management of EF impairment post-stroke. The literatures review of EF interventions identified different treatment approaches that were showing promise in helping persons with stroke to cope with EF deficits. The preliminary evidence on specific EF skill retraining suggested that structured, individualized, and intense computerized EF training could improve targeted EF impairments. Stroke patients with EF deficits often find it difficult in their daily activities, the impact of treatment might have potential to enhance rehabilitation and recovery. The translational framework described in (figure IV) describe ways to identify and investigate the evidence for the use of CBCT in specific EF interventions post-stroke. The study is thus required to find the impact of CBCT on a variety of outcomes, including not only measures of EF impairment, but also measures of daily activities and participation in everyday life situations that are affected in stroke patients having EF disorders.

Inclusion Criteria:

1. Patients are suffered from unilateral hemispheric stroke and with a confirmation by neuroimaging evidence from either computer tomography (CT) or magnetic resonance imaging (MRI);
2. Patients are either at subacute stage or chronic stage, i.e. the patients are suffered from post-stroke after one month,
3. Patients are age 60 years old or above;
4. Patients are medically stable;
5. Patients are Cantonese speaking,
6. Patients can communicate and to follow at least three-step commands, and;
7. Patients are willing to give written consent.

Exclusion Criteria:

1. Patients are at acute stage, i.e the patients are suffered from stroke within 1 week;
2. Patients with severe aphasia, swallowing disorders or other complications post-stroke that prevent them from successfully completing the assessments;
3. Patients with any previously known psychiatric disorder or neurological disease excluding stroke;
4. Patients are unable to given written consent.