Edward W. Keefer
Papers
3
Total Citations
33
H-Index
2
About
Edward W. Keefer is a leading researcher in neural engineering and neuroprosthetics, focusing on the development of advanced interfaces for restoring motor and sensory function in amputees. His major contributions center on regenerative peripheral nerve interfaces, particularly the Regenerative Multi-electrode Interface (REMI), which guides re-growing axons through electrode arrays to enable natural control and sensory feedback for robotic prosthetic limbs. Keefer’s work on fascicle-specific targeting of longitudinal intrafascicular electrodes has advanced motor and sensory restoration in upper-limb amputees, as demonstrated in his 2021 study. His research also includes pioneering the use of 3-T MR neurography for preoperative peripheral nerve mapping, facilitating precise implantation of FAST-LIFE electrode interfaces. With over 18 citations for his foundational 2014 paper on REMI, Keefer’s impact is evident in the growing field of bionic limb control. His achievements include developing clinically translatable technologies that bridge neural regeneration and prosthetic integration, offering hope for enhanced quality of life in patients with limb loss. Keefer’s work continues to shape the future of neuroprosthetics, blending engineering, neuroscience, and surgical innovation.
Research Focus
Key Achievements
Top Papers
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