Robotic therapy for stroke patients
Strokes leave 5 million people with long-term impairments each year, and a growing shortage of physical therapists makes it hard for them to get the care they need. A new approach tries to solve that problem by combining artificial intelligence and human therapy. Johannes Lachner, a former MIT post…
Résumé
Stroke recovery challenges
Every year, strokes leave approximately 5 million people worldwide with long-term physical impairments, creating a significant demand for rehabilitation services.
However, a growing shortage of physical therapists makes it difficult for patients to receive the consistent, personalized care they need.
Physical therapy after a stroke typically involves repetitive exercises like reaching, lifting arms, or performing daily tasks to help patients regain mobility and strength.
These exercises require careful supervision to ensure patients perform movements correctly and safely, as improper technique can slow recovery or cause injury.
The shortage of therapists means many patients either receive less frequent therapy or have to wait longer for sessions, which can delay their progress.
This gap between need and available care highlights the urgency for innovative solutions to support both patients and healthcare providers.
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