David A. Borton

The paper investigates differences in gamma band activity in S1 between noxious and innocuous stimuli in mice, finding more transient gamma events after noxious stimulation.

The paper introduces a modular, high-bandwidth, bidirectional implantable device for neural interfacing, validated in vivo in sheep.

This paper develops a high-density epidural stimulation paddle with integrated electronics and evaluates its long-term performance in sheep.

This paper identifies distinct neocortical mechanisms for human SI responses to median nerve and laser-evoked peripheral stimulation using computational modeling.

This study investigates the neurophysiological effects of deep brain stimulation (DBS) on prefrontal networks in limbic hubs, showing differential modulation of gamma oscillations and subject-specific responses.

The paper identifies distinct neural subspaces in motor cortex dynamics during obstacle avoidance, showing locomotion and volitional adjustments are separated into different subspaces.

PELP estimates missing data in neural time series from implanted devices by determining the period of stimulation and accounting for data loss during active stimulation.

This paper introduces a periodic artifact removal algorithm for DBS signals with missing data and high-frequency stimulation, enabling real-time biomarker discovery in closed-loop DBS systems.

This study uses 3D cortical microtissues to show that lipopolysaccharide induces functional connectivity changes and disrupts community structure in neural microcircuits.

This paper describes a wireless neural interface for long-term home monitoring of neural activity in Parkinson's disease patients, enabling adaptive stimulation and behavioral state decoding.

This paper introduces PARRM, a method to remove stimulation artifacts from neural recordings, improving biomarker detection in neuromodulation.