What is it about?
The systematic review explores how immersive technologies (like Virtual Reality or Augmented Reality) influence the effectiveness of visual feedback systems used in rehabilitation for neuromotor disorders (e.g., stroke, cerebral palsy, Parkinson’s etc).
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Why is it important?
The study explores how immersion influences the effectiveness of visual feedback systems in motor rehabilitation. Motor disorders, such as those resulting from stroke, cerebral palsy, or injury, can significantly impair a person's ability to move and function independently. Visual feedback systems (VR, AR) are commonly used in therapy to guide and motivate patients during rehabilitation. Understanding the impact of immersion can help clinicians and developers design more effective rehabilitation tools, potentially reducing the duration and cost of treatment. By systematically reviewing existing evidence, the article provides valuable insights that can inform future research, clinical practice, and investment in rehabilitation technologies.
Perspectives
The study is important for health care specialists because it provides evidence-based insights that can enhance clinical decision-making in motor rehabilitation. By examining how immersion affects the effectiveness of visual feedback systems, the review helps physiotherapists, and other rehabilitation professionals determine which tools may lead to better outcomes for their patients. This is especially valuable when designing personalized treatment plans, as not all patients respond equally to different levels of engagement or technology. In addition, the findings support informed decisions about adopting immersive technologies, such as virtual reality, by clarifying their clinical value and potential return on investment. For specialists involved in patient care, the use of more immersive systems could lead to improved patient motivation, better adherence to therapy, and faster recovery. For those involved in research or development, the article highlights current gaps and future directions for innovation in rehabilitation technologies. Ultimately, this knowledge enables specialists to improve the quality and efficiency of care for individuals with motor disorders.
Dr. George Paras
University of Thessaly
Read the Original
This page is a summary of: Immersion as a determinant of the effectiveness of visual feedback systems in the rehabilitation of motor disorders: a systematic review, International Journal of Therapy and Rehabilitation, June 2025, Mark Allen Group,
DOI: 10.12968/ijtr.2024.0113.
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