Samantha K. Millard

This study shows that cognitive-motor training, like musical expertise, shapes cortical dynamics during pain, leading to more resilient pain responses and improved prediction of pain severity through aperiodic EEG features.

This study investigates whether rTMS affects peak alpha frequency (PAF) and pain in response to NGF-induced muscle pain, finding no significant change in PAF but suggesting PAF proximity to rTMS frequency may influence pain relief.

This study shows that PSI-rTMS reduces tonic pain and pain-related cortical inhibition in humans, with changes in TEP N45 peak levels mediating the analgesic effect.

This study shows that 5 days of rTMS before pain onset reduces future pain intensity and functional impairment, without mediation by corticomotor excitability or sensorimotor peak alpha frequency.

This paper reviews non-invasive brain stimulation effects on peak alpha frequency, finding limited and inconsistent evidence of modulation.

This study examines how nicotine affects pain sensitivity and whether changes in peak alpha frequency mediate these effects, finding small pain reductions with nicotine but no mediation by PAF changes.

This study uses combined TMS-EEG to show that experimental pain increases the amplitude of the N45 TEP peak, suggesting a role for GABAergic neurotransmission in pain perception.

This study characterizes pain, functional impairment, and hyperalgesia from NGF injections in a TMD model, revealing sex differences in pain experience.

The paper investigates how beat-based and pattern-based temporal expectations influence neural oscillations and behavior, finding distinct neural responses for each type of expectation.

This study investigates how somatosensory and auditory evoked potentials affect TMS-EEG recordings and finds that sensory contamination in TEPs is non-linear and significant beyond 70ms post-stimulation.