T Scheinblum
Papers
1
Total Citations
332
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1
About
Todd Scheinblum is a leading figure in neuroprosthetics, whose research focuses on restoring motor control and sensory feedback for individuals with upper extremity amputations. His most impactful contribution is the pioneering 2016 study, which demonstrated the successful implantation of 96-microelectrode arrays into the median and ulnar nerves to establish bidirectional communication between users and advanced prosthetic limbs. This work, cited over 330 times, showed that amputees could achieve intuitive control of more than 20 distinct movements while simultaneously receiving tactile and proprioceptive feedback, dramatically improving dexterity and embodiment. Scheinblum’s research has been instrumental in advancing the field of peripheral nerve interfaces, offering a viable pathway to closed-loop neuroprosthetic systems. His achievements include demonstrating long-term stable recordings and sensory restoration in human subjects, setting new benchmarks for functional recovery. For students and researchers, Scheinblum’s work represents a transformative leap toward seamlessly integrating neural and artificial systems, promising a future where prosthetic limbs feel and move like natural extensions of the body.
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