Myles Mc Laughlin

This study shows that 40 Hz epicranial current stimulation improves non-navigational spatial memory and activates the hippocampus in macaques, while 10 Hz stimulation has minimal or negative effects.

This study examines how acute cortical stroke affects neural activity in the subthalamic nucleus of rats and links these changes to motor disability.

This paper demonstrates that 3D neural probes with triangulation localization improve cell yield and enable real-time spike sorting compared to 2D electrodes.

This study investigates how trigeminal nerve direct current stimulation (TN-DCS) affects brainstem neuronal activity in rats, finding significant modulation in locus coeruleus and dorsal raphe nucleus but not median raphe nucleus.

This study uses an in-vivo rat model to investigate how weak electric fields from tDCS affect cortical neurons, showing field strength-dependent changes in membrane polarization and spiking activity.

This study shows that trigeminal nerve direct current stimulation increases hippocampal spike rates and alters spike-field coherence, mediated through the locus coeruleus-noradrenergic pathway.

This study investigates how direct current stimulation of the trigeminal nerve modulates neural activity in rat brainstem nuclei and shows that blocking the nerve reverses this effect.

This study uses phase-corrected tACS to show that parietal alpha oscillations causally affect working memory retention.