Spinal cord injuries (SCI) can disrupt communications between the brain and the body,
leading to a loss of control over otherwise intact neuromuscular systems. The use of …

This review discusses the advancements that are needed to enhance the effects of electrical
stimulation for restoring or assisting movement in humans with an injury/disease of the …

Porous Co 3 O 4 hexagonal nanosheets (PCHNSs) with a well-defined morphology have
been synthesized successfully via a hydrothermal process and followed by calcinations. Co …

Objective To determine the stimulated strength of the paralyzed gluteal and paraspinal
muscles and their effects on the seated function of individuals with paralysis. Design Case …

Objective. Electrical stimulation has been shown effective in restoring basic lower extremity
motor function in individuals with paralysis. We tested the hypothesis that a flat interface …

This study investigated how modified control of a virtual hand executing reach-to-grasp
affects functional performance and agency (perception of control). The objective of this work …

Spinal cord injury (SCI) can compromise the ability to maintain an erect seated posture. This
study examined the feasibility of a sensor-based threshold controller to automatically …

A goal and challenge in neuromechanical modeling is to develop validated simulations to
predict the effects of neuromotor deficits and therapies on movements. This has been …

Objective To quantify the effects of stabilizing the paralyzed trunk and pelvis with electrical
stimulation on manual wheelchair propulsion. Design Single-subject design case series with …

This paper reviews the field of feedback control for neuroprosthesis systems that restore
advanced standing function to individuals with spinal cord injury. Investigations into closed …