NCT07102927 The Effects of Virtual Reality-based Training for the Treatment of Neglect Syndrome in Stroke: a Randomized Controlled Trial

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This trial targets 28 participants in total. It began in 2022-09-22 with a primary completion date of 2025-12.

Brief Summary

This study aims to investigate the effectiveness and underlying recovery mechanisms of a virtual reality-based training program for the treatment of neglect syndrome in stroke patients in the chronic phase (more than three months after onset). Neglect is a neurological condition characterized by a failure to attend to stimuli presented on the side contralateral to a brain lesion, despite preserved visual acuity and visual fields. Patients with neglect commonly exhibit impairments in activities of daily living, including dressing, eating, grooming, reading, and writing, and are prone to collisions with objects on the neglected side. This syndrome is widely acknowledged as a significant negative prognostic indicator for functional recovery following stroke. Previous treatments for neglect syndrome have shown promising results. Pizzamiglio et al. reported the effectiveness of visuo-spatial scanning training, while Julkunen et al. confirmed improvement using computer-based therapy. Frascineti et al. demonstrated benefits from prism adaptation therapy, and Robertson et al. found that activating the left limbs helped reduce neglect symptoms. Additionally, Brighina et al. reported that repetitive transcranial magnetic stimulation applied to the unaffected cerebral hemisphere effectively alleviated neglect. Recently, computer-based diagnostic tools have been developed to more accurately quantify and objectify neglect. Among them, Kim et al. developed a 3D VR program that can be applied regardless of the severity of motor impairment on the affected side. Virtual reality provides simulated, immersive environments that allow users to interact as if in real-world settings, enabling objective and quantitative assessment of neglect symptoms. In particular, visual fixation training within VR encourages spontaneous visual exploration and focused attention toward the affected side, which has been shown to be an effective strategy in reducing neglect in stroke patients. Virtual reality-based training has been increasingly applied clinically abroad. For example, the University of California's Institute for Creative Technologies uses VR for treating PTSD in Iraq war veterans, and the VRMC in the U.S. applies it for phobia and stress treatments. In Switzerland, programs like Mind Motion Pro are used for neuroregeneration-focused rehabilitation, and Japan has developed mediVR for trunk balance training. Although research on neglect using VR is active, it generally requires active therapist involvement. Few studies have clearly demonstrated the efficacy of VR treatment specifically in stroke patients, and VR applications in rehabilitation medicine remain relatively limited compared to psychiatric fields. In light of this background, our research team developed a virtual reality-based training program (NEGTREA) for the treatment of neglect syndrome in stroke. To evaluate its clinical feasibility, we conducted a targeted focus group interview with four out of five stroke patients with neglect who used the program. The study found that the VR-based neglect treatment was well tolerated without adverse effects and achieved high patient satisfaction, alongside improved assessment scores before and after program participation.

Eligibility Criteria

Inclusion Criteria: * 1\. Patients diagnosed with right cerebral hemisphere stroke confirmed by MRI or CT, with left hemiplegia, and at least three months post-stroke 2. Patients confirmed to have unilateral neglect based on the BIT score (total BIT score ≤ 196, or subtest scores BITC ≤ 129 or BITB ≤ 67) 3. Individuals with sufficient cognitive ability to participate in virtual reality training (MMSE \> 18) 4. Adults aged 19 years or older Exclusion Criteria: * 1\. Presence of Hemianopsia 2. Impaired neck movement due to orthopedic issues or other causes 3. Visual or hearing impairments that interfere with evaluation and treatment 4. Difficulty maintaining a seating posture in a chair with a backrest and armrests 5. Presence of other medical issues that may affect general cognitive decline 6. Experiencing Cybersickness symptoms such as nausea, vomiting, eye strain, disorientation, ataxia, or dizziness repeatedly, making continued training difficult and requiring discontinuation as determined by the researcher

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