The neural control of gastrointestinal muscle relies on circuit activity whose underlying motifs remain limited by small-sample calcium imaging recordings confounded by m[...]

Background: Peripheral nerve recordings can enhance the efficacy of neurostimulation therapies by providing a feedback signal to adjust stimulation settings for greater e[...]

Reversible block of nerve conduction using kilohertz frequency electrical signals has substantial potential for treatment of disease. However the ability to block nerve f[...]

Objective: There is growing interest in delivering kilohertz frequency (KHF) electrical signals to block conduction in peripheral nerves for treatment of various diseases[...]

Background: Electrical nerve conduction block has great potential for treatment of disease through reversible and local inactivation of somatic and autonomic nerves. Howe[...]

Peripheral neuromodulation has emerged as a powerful modality for controlling physiological functions and treating a variety of medical conditions including chronic pain [...]

This repository contains the MATLAB code and data files associated with the article "Ramped Kilohertz-Frequency Signals Produce Nerve Conduction Block without Onset Respo[...]