Carlo Miniussi

TIDE: Tractography-Informed Dose Estimation for individualised TMS intensity

TIDE estimates individualised TMS intensity for non-motor targets by integrating RMT, electric-field modelling, and tractography to account for pathway-specific stimulation efficiency.

Negative affective traits moderate transcranial direct current stimulation (tDCS) effects on memory

This study examines how negative affectivity traits moderate tDCS effects on working memory and associative memory in healthy adults.

Cognitive control activity is enhanced by single pulse transcranial magnetic stimulation over prefrontal and premotor areas

This study investigates how single pulse TMS over prefrontal and premotor areas affects cognitive control processes during a Simon task, finding enhanced P300 amplitude but no behavioral changes.

Early changes in corticomotor excitability underlie proactive inhibitory control of error correction

The paper identifies a sustained decrease in corticomotor excitability as a neural marker of proactive inhibitory control during error correction.

The impact of artifact removal approaches on TMS-EEG signal

This study evaluates how different preprocessing pipelines affect TMS-EEG signal quality, finding significant variability in TEP amplitudes and reliability across methods.

Asymmetric transcallosal conduction delay leads to finer bimanual coordination

The paper measures transcallosal conduction delay (TCD) using TMS-evoked potentials and shows that asymmetric TCD improves bimanual coordination.

Arousal levels explain inter-subject variability of neuromodulation effects

This study shows that arousal levels influence how individuals respond to tDCS, with moderate arousal improving reaction times and affecting pupil dilation.

Modelling the effects of ongoing alpha activity on visual perception: the Oscillation-based Probability of Response

This paper introduces the oscillation-based probability of response model to assess how prestimulus alpha oscillations influence visual perception through meso-scale neural mechanisms and macro-scale M/EEG.

Tracking Individual Differences in Perception by TMS-EEG Intrinsic Effective Connectivity

This paper introduces a TMS-EEG technique to measure individual differences in perception by tracking resting-state gamma-band effective connectivity during a bistable stimulus task.