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174
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About
A. Mirea is a leading researcher in assistive neurotechnology, with a primary focus on brain–computer interfaces (BCIs) for restoring motor function in individuals with severe paralysis. Their most impactful work, a 2012 study with 174 citations, provides pivotal evidence on the long-term feasibility of using motor imagery EEG-based BCIs to control assistive robotic arms in chronic tetraplegics following spinal cord injury. This landmark clinical trial and its extended post-trial follow-up demonstrated that patients could achieve meaningful, real-world control for reaching and grasping tasks, even years after injury. By rigorously assessing both technical performance and user experience through long-term interviews, Mirea’s research bridged the gap between laboratory BCI demonstrations and practical, sustained assistive applications. Their contributions have been instrumental in validating EEG-BCI as a viable pathway for restoring independence in daily living activities, directly influencing the design of patient-centered neuroprosthetic systems. This work remains a cornerstone reference for researchers and clinicians developing non-invasive, motor-imagery-driven robotic aids for the tetraplegic population.
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