Leo Tomasevic

The paper examines how cortical and corticospinal excitability changes during different beta-band states of movement, finding opposing patterns in their modulation.

This study shows that 1 Hz rTMS can have excitatory or no aftereffects depending on current direction, with low reliability and significant individual variability.

This study introduces a method to estimate the controllability Gramian matrix using perturbation inputs and network control theory to analyze brain dynamics, showing that controllable directions better differentiate brain states than overall controllability.

The paper compares how motor state affects corticospinal and cortical responses to TMS, finding they are modulated differently.

The paper maps rostro-caudal transcranial evoked potentials (iTEPs) using TMS-EEG and compares them to motor-evoked potentials (MEPs), finding similar but distinct spatial patterns.

This study systematically compares TMS-EEG studies on the primary motor cortex, finding that methodological choices affect TEP amplitudes and latencies.

The paper records immediate transcranial evoked potentials (i-TEPs) from TMS of the primary motor cortex and finds they are site-specific and modulated by stimulation parameters.

The paper uses optogenetic stimulation to study transcallosal M1-M1 interactions in rats, finding a consistent negative peak response with variable amplitude and stable latency.

This study examines the relationship between high-frequency oscillations in the sensory and motor hand areas and regional myelin content in the human sensorimotor cortex.

This study investigates whether corticomotor excitability is modulated by the phase of pericentral mu-rhythm in non-preselected individuals, finding no significant phase effect but weak effects of mu-power and ISI.

This study shows that TMS-evoked potentials (TEPs) include non-transcranial components from peripheral sensory and auditory processing, complicating interpretations of TMS-EEG studies.