Topic: Middle temporal gyrus

Studying the neural mechanisms of encoding new memories is crucial for understanding and restoring cognitive function. In this study, we utilized functional connectivity metrics to identify hubs responsible for successful or unsuccessful encoding in a free recall task among eleven epileptic patients undergoing stereo EEG presurgical evaluation. Firstly, several types of functional connectivity metrics were calculated across standard EEG bands, ripples, and fast ripples for each patient, feature, encoded word and time window across all possible pairs of contacts. Whole-brain connectivity maps w

A growing body of evidence suggests that voluntary actions can modulate the subjective experience of time associated with their outcomes, thereby optimising interaction with the environment. Our previous research explored this phenomenon using a temporal reproduction task, showing that the subjective time of an action outcome can be compressed under conditions where the sense of agency (SoA) is enhanced or attention is divided. Building on these findings, our current fMRI study investigates the neural mechanisms underlying time compression during SoA-enhanced and divided-attention actions. Par