T. Datta-Chaudhuri

This paper presents a fully-implantable wireless neuromodulation system for mice capable of bidirectional signal exchange and long-term functionality.

This study identifies intermittent KHz-frequency electrical stimulation (KES) as a method to selectively engage small unmyelinated vagal C-afferents in rats and mice.

This study identifies implant- and anesthesia-related factors influencing threshold intensities for vagus nerve stimulation, showing neural thresholds are lower than physiological thresholds and that anesthesia type and implant age significantly affect these thresholds.

This paper develops a long-term vagus nerve stimulation implant in mice and demonstrates its effectiveness in reducing inflammation over 4 weeks.

This study shows that specific electrical stimulation parameters of the vagus nerve can modulate serum cytokine levels in healthy mice without inducing inflammation.