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About

Ronald J. Triolo is a pioneering researcher in neural engineering and rehabilitation, specializing in restoring mobility and sensation for individuals with spinal cord injury (SCI) and limb loss. His major contributions center on functional electrical stimulation (FES) systems and advanced assistive technologies. Notably, his 2018 study on high-density peripheral nerve cuffs demonstrated restoration of natural sensation in lower-limb amputees, a breakthrough for balance and confidence (130 citations). His 2007 case report on implanted FES for walking after incomplete SCI provided critical evidence of therapeutic outcomes (88 citations), while his 2015 review on powered exoskeletons for paraplegia highlighted gait restoration priorities (18 citations). Triolo’s work also explores innovative actuator designs for cooperative robotics and locking compliant devices inspired by spinal anatomy, advancing exoskeletal motor integration. With over 265 citations across his top papers, his research directly impacts quality of life, from fall prevention to societal participation. His achievements include developing implantable systems that bridge neural interfaces and mechanical support, making him a key figure in translational rehabilitation engineering.