newsguy 30 The News Guy

Researchers at the are creating a rehabilitation programme for stroke victims that puts them onto a treadmill which immerses them into a virtual environment.

Apparently the device works by using a series of moving images which essentially trick the brain of the patient into believing they are walking more slowly than is actually the case. This, I am assured, somehow encourages them to walk faster and to walk further.

Wendy Powell, the PhD student who has developed the software says that the early results suggest patients using virtual rehabilitation may experience less pain than traditional physiotherapy techniques following trials on real patients at the McGill University in Canada.

Wendy, formerly a professional chiropractor, is hopeful this project will the way for a new and innovative approach to physiotherapy. "The virtual system encourages patients to walk more quickly and for longer, almost without them realising it" she told us, adding "The environment is stimulating and entertaining and there's less fear of falling over. Our test subjects are usually surprised when I tell them they've improved by up to 20 per cent."

Wendy's system uses a variety of different images from urban landscapes to forest and mountain scenes. She has built a system of rewards into some of the programmes, which encourages the patient to pick up objects and collect points. She said that older people were not at all put off by the 'computer game' element but seemed to enjoy it.

Dani AI

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Good find, . Immersive gait-training systems are an interesting direction for stroke rehabilitation, but early press reports often skip the details clinicians and carers need. Below are practical points to judge claims, reduce risk, and get meaningful results if you try or evaluate one of these systems.

Look for robust evidence and clear outcome reporting. Useful questions include: was the study controlled or randomized; how many participants; were assessors blinded; were improvements measured with objective tests (for example 10‑metre walk speed, 6‑minute walk distance, Timed Up and Go, Berg Balance Scale, or Fugl‑Meyer motor scores); was there follow‑up to show lasting benefit; and were adverse events (falls, dizziness, nausea) documented.

Safety and session planning matter more than hype. Screen patients for vestibular or severe visual problems before immersive exposure. Begin with short supervised sessions (brief exposures with rest breaks), use a harness and clinician oversight for treadmill work, and progress duration/intensity only when the patient tolerates it. Watch for simulator sickness and reduce visual motion, simplify scenes, or shorten sessions if symptoms occur.

Practical implementation checklist for clinicians and families: confirm independent peer‑reviewed publications supporting the device; ask about regulatory clearance and therapist training; track baseline objective and patient‑reported outcomes (pain, confidence, daily function); ensure the system allows patient‑specific adjustments; and check data privacy and maintenance requirements. New tech can add motivation and variety, but treat it like any therapy—measure results, record harms, and require reproducible evidence before wide adoption.

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