Considerable scientific and technological efforts are currently being made towards the
development of neural prostheses. Understanding how the peripheral nervous system …

Artificial electrical stimulation of peripheral nerves for sensory feedback restoration can
greatly benefit from computational models for simulation-based neural implant design in …

Multi-channel nerve cuff electrode arrays can provide sensory feedback to prosthesis users.
To develop efficacious stimulation protocols, an understanding of the impact that spatio …

The addition of sensory feedback is expected to greatly enhance the performance of motor
neuroprostheses. In the case of stroke or spinal cord injured patients, sensory information …

Neural interfaces that stimulate the peripheral nerves have the potential to provide sensory
feedback from artificial hands. Many neural interfaces are now being developed that allow …

This research aims to (1) extend our knowledge on the response of peripheral nerves to
artificial stimulation for sensory feedback provision from neural interfaces, and (2) create a …

In the absence of innervation caused by complete lower motor neuron injuries, skeletal
muscle undergoes an inexorable course of degeneration and atrophy. The most apparent …

Safety of commercial neural implants fundamentally limits its working to the use of charge-
balanced, biphasic pulses to interact with target neurons using metal electrodes. Short …

Recording of neural signals from intact peripheral nerves in patients with spinal cord injury
or stroke survivors offers the possibility for the development of closed-loop sensorimotor …

In the development of closed-loop prostheses that record from the patient's own nerves to
provide sensory feedback, it is first necessary to determine the features of sensory signals …