Objective. Neural signals along the vagus nerve (VN) drive many somatic and autonomic
functions. The clinical interest of VN stimulation (VNS) is thus potentially huge and has …

The nervous system, through a combination of conscious and automatic processes, enables
the regulation of the body and its interactions with the environment. The peripheral nervous …

Objective. Electrical stimulation of the peripheral nervous system (PNS) can treat various
diseases and disorders, including the healing process after nerve injury. A major challenge …

Bioelectronic medicine can treat diseases and disorders in humans by electrically
interfacing with peripheral nerves. Multielectrode cuffs can be used for selective stimulation …

Peripheral neural signals have the potential to provide the necessary motor, sensory or
autonomic information for robust control in many neuroprosthetic and neuromodulation …

Background It is difficult to create intuitive methods of controlling prosthetic limbs, often
resulting in abandonment. Peripheral nerve interfaces can be used to convert motor intent …

Objective. Extraction of information from the peripheral nervous system can provide control
signals in neuroprosthetic applications. However, the ability to selectively record from …

Peripheral nerve interfaces (PNIs) are electrical systems designed to integrate with
peripheral nerves in patients, such as following central nervous system (CNS) injuries to …

The task of discriminating the neural pathways responsible for the activity recorded using a
multi-contact nerve cuff electrode has recently been approached as an inverse problem of …

Objective. Multi-channel cuff electrodes have recently been investigated for extracting
fascicular-level motor commands from mixed neural recordings. Such signals could provide …