Chronic in-vivo neurophysiology experiments require highly miniaturized, remotely powered
multi-channel neural interfaces which are currently lacking in power or flexibility post …

Objective. Lack of sensation from a hand or prosthesis can result in substantial functional
deficits. Surface electrical stimulation of the peripheral nerves is a promising non-invasive …

Objective. Computational models are powerful tools that can enable the optimization of deep
brain stimulation (DBS). To enhance the clinical practicality of these models, their …

The recording and analysis of peripheral neural signal can provide insight for various
prosthetic and bioelectronics medicine applications. However, there are few studies that …

Most of current prostheses can offer motor function restoration for limb amputees but usually
lack natural and intuitive sensory feedback. Many studies have demonstrated that …

The development of hardware for neural interfacing remains a technical challenge. We
introduce a flexible, transversal intraneural tungsten: titanium electrode array for acute …

Purpose Despite major achievements, prosthetic systems, such as myoelectric upper limb
prostheses, still lack a proper sense of tactile feedback for more intuitive control and …

The incorporation of sensory feedback in prosthetics can lead to a range of benefits, such as
improved hand control, increased prosthesis embodiment, and the reduction of phantom …

Protheses are very useful for limb amputees to restore their lost motor functions. However,
most commercially available prostheses lack an intuitive and natural sensory feedback …

Transcutaneous electrical stimulation is a promising technique for providing prosthetic hand
users with information about sensory events. However, questions remain over how to design …