Abstract:

Stroke stands as one of the primary causes of disability and fatalities on a global scale. Post-stroke cognitive impairment (PSCI) emerges as a prevalent aftermath affecting over a third of patients, with its incidence steadily rising annually. Notable clinical manifestations encompass memory decline, concentration challenges, dependency in decision-making, and struggle in problem-solving, significantly impacting participation and life contentment across various facets of daily existence. There is also a close relationship between PSCI and dementia and disability rates. Therefore, cognitive rehabilitation strategies to improve cognitive function after stroke are an important component of stroke rehabilitation interventions. In the literature, traditional cognition education, physical therapy, physical activity, psychotherapy, and complementary medicine practices are frequently used in the rehabilitation of PSCI. Alongside these advancements, the evolution of information technology has introduced alternative treatment approaches, notably the increasing utilization of Virtual Reality (VR) technologies in Cognitive Rehabilitation (CR) applications. This review aims to assess the contribution of VR applications within CR specifically tailored for stroke patients.

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