Kathy L. Ruddy

This study shows that a brain network for sustained attention at age 14 predicts increased cannabis and cigarette use by age 23 in a longitudinal cohort.

This study shows that TMS-based neurofeedback training improves neuroplastic changes in the sensorimotor cortex by enhancing finger-specific motor representations.

This study shows participants could self-regulate their right frontal Beta rhythm using EEG neurofeedback, but no offline behavioral changes were observed.

This study shows that TMS-based neurofeedback training enables participants to selectively modulate corticomotor excitability of individual fingers during mental imagery without physical movement.

The paper investigates how neural responses to rhythmic vibrotactile stimulation depend on ongoing brain oscillations, finding that stimulation intensity and frequency alignment with endogenous beta activity affect phase synchronization.

The paper investigates how uncertainty in contextual and kinematic cues modulates motor resonance in primary motor cortex during movement observation.

This paper demonstrates a method to volitionally up- and downregulate cortical excitability using neurofeedback, showing changes in brain state and oscillations.

The paper introduces a coil spacer to reduce signal disturbances in combined TMS-EEG recordings by separating the TMS coil from EEG electrodes.