Day 8 Summary (Part 1) – May 5: BCI for Rehabilitation of Neurological Patients
Today's sessions focused on the application of brain-computer interfaces (BCIs) in neurorehabilitation, particularly for stroke, multiple sclerosis, and Parkinson's disease. Christoph Guger and the g.tec team presented the recoveriX system and its global clinical use, demonstrating its practical integration through a live therapy session and various applications for upper and lower limb rehabilitation.
Researchers from China, India, and the U.S. expanded the discussion with insights into sensory stimulation, motor imagery, and algorithm optimization in BCI development. Lin Yao and Marc Sebastian highlighted neurophysiological markers and somatosensory feedback for stroke recovery, while Subasree Ramakrishnan provided a concise review of non-invasive BCI progress.
Jack Zhang shared comparative results from control group studies using recoveriX, and Jorge Alves addressed the gap between BCI innovations and clinical adoption. The day concluded with high-level research presentations from Lee Miller on biomimetic BCIs for paralysis, Vijay Bathina on mirror motor retraining, and Dean Krusienski on local field potentials in neurological disorders.
https://www.gtec.at/bci-neurotech-spring-school-2025/
Today’s sessions focused on the application of brain-computer interfaces (BCIs) in neurorehabilitation, particularly for stroke, multiple sclerosis, and Parkinson’s disease. Christoph Guger and the g.tec team presented the recoveriX system and its global clinical use, demonstrating its practical integration through a live therapy session and various applications for upper and lower limb rehabilitation.
Researchers from China, India, and the U.S. expanded the discussion with insights into sensory stimulation, motor imagery, and algorithm optimization in BCI development. Lin Yao and Marc Sebastian highlighted neurophysiological markers and somatosensory feedback for stroke recovery, while Subasree Ramakrishnan provided a concise review of non-invasive BCI progress.
Jack Zhang shared comparative results from control group studies using recoveriX, and Jorge Alves addressed the gap between BCI innovations and clinical adoption. The day concluded with high-level research presentations from Lee Miller on biomimetic BCIs for paralysis, Vijay Bathina on mirror motor retraining, and Dean Krusienski on local field potentials in neurological disorders.
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