Andrew J. Furman

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 the analgesic effect of rPMS in acute pain is due to its auditory component, not peripheral nerve stimulation.

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 shows prolonged pain slows peak alpha frequency by reducing fast alpha power, suggesting a potential therapeutic target for pain management.

The paper investigates whether resting alpha frequency is a reliable biomarker for predicting sensitivity to prolonged pain in healthy individuals.

This study identifies 6-9 Hz cortical oscillations as a reliable biomarker for detecting chronic pain in rats by comparing individual pre-injury baselines to post-injury power changes.

The paper links slow peak alpha frequency and corticomotor depression to increased pain susceptibility in a transitional pain model.