Petar I. Petrov

TL;DR: The propagation of TMS‐induced activity from the DLPFC to sgACC may be an accurate biomarker for rTMS efficacy and further research is required to determine whether this method can contribute to the selection of patients with treatment resistant MDD who will respond to rT MS treatment.

TL;DR: The current knowledge about the biophysical underpinnings of single-pulse TMS is reviewed and how to move forward is argued to fully understand and exploit the powerful technique that TMS can be.

TL;DR: TMS coil models used in FEM simulations should include in-plane coil geometry in order to make reliable predictions of the incident field, and substantial differences in the induced currents are observed between highly idealized coils and coils with correctly modeled spiral winding turns.

TL;DR: Rodent models are fundamental in unraveling cellular and molecular mechanisms of transcranial magnetic stimulation (TMS)‐induced effects on the brain, but proper translation of human TMS protocols to animal models have been restricted by the lack of rodent‐specific focal TMS coils.

TL;DR: This work demonstrates how sensitive the subtraction of phase images acquired with opposite gradient polarities to separate LF and RF phase effects are with respect to geometrical distortions.