Cognitive Rehabilitation

Provision of interventions that address cognitive and emotional problems faced by Veterans with history of TBI pursuing community reintegration is an important concern for VA. Using telerehabilitation, the current project will help determine whether goal-directed training of attentional control functions via personally relevant activities will improve community integration for Veterans with history of TBI and cognitive difficulties. Findings may guide rehabilitation training towards providing services to maximize success in attaining complex functional goals in which Veterans can engage in skill strengthening 'where they are' (any location).

This pilot study aims to evaluate the feasibility of implementing immersive virtual reality (VR) in cognitive rehabilitation for adults with post-stroke cognitive impairment receiving outpatient therapy. Participants will use a head-mounted display and interactive software to engage in gamified cognitive exercises that simulate memory, attention, and executive function tasks. The intervention consists of 10 sessions, delivered two to three times per week over a period of approximately four weeks. The study will assess multiple feasibility indicators, including the recruitment rate based on eligibility criteria, the safety and tolerability of VR sessions for participants, and the usability and satisfaction reported by occupational therapists administering the intervention. Additionally, exploratory outcomes include changes in global cognition and specific cognitive domains, as well as self-reported quality of life. Adverse effects related to VR use will be tracked. This pilot study will help inform the design and implementation of future, larger-scale clinical trials.

In recent years, especially in developed countries, FMS has emerged as a serious social problem by decreasing labour force and quality of life. Especially clinicians have started to consider cognitive dysfunction in FMS as a separate clinical condition. In the light of the data obtained, can say that cognitive dysfunction increases in the presence of depression, anxiety, sleep disorders, endocrine imbalances and pain. Neuroscience and technological advances make it possible to meet the demand for care and improve the quality of stimulation by enabling the automation of many cognitive training procedures, improving patient record reliability and optimising performance of disability functions. The recently implemented RehaCom and HeadApp programmes (Schuhfried, Austria). excellent results have been reported in clinical practice with no significant adverse effects. This study will investigate the effectiveness of a cognitive rehabilitation programme using computer software in female patients with fibromyalgia.