Evan M. Dastin-van Rijn

This study shows unilateral striatal deep brain stimulation improves cognitive control similarly to bilateral stimulation in rodents, matching human findings and highlighting potential clinical benefits.

This study identifies right dorsal prefrontal cortical pathways mediating cognitive control improvements from VCVS DBS.

The paper investigates sex differences in cognitive flexibility using a novel touchscreen Set Shift task in mice, finding females perform better with fewer errors and distinct computational strategies.

This study shows that optogenetic stimulation of mPFC axons, not midSTR neurons, enhances cognitive control in a rodent Set-Shift task, suggesting mPFC axons are key drivers of DBS therapeutic effects.

This study uses Bayesian Optimization to find optimal DBS parameters in rats for improving cognitive control, showing consistent effects across acute and chronic settings.

The paper develops an animal model of human brain stimulation therapy, showing it enhances cognitive control by improving the brain's ability to process conflicting evidence.

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