Müge Özker

This study examines how individual cognitive differences influence neural responses during language tasks using fMRI and cognitive assessments in a large adult sample.

This study investigates how individual differences in speech monitoring relate to functional and structural brain correlates under delayed auditory feedback.

The paper examines individual variability in susceptibility to auditory feedback manipulations and finds distinct processing mechanisms for different types of manipulations.

The paper examines ECoG responses in human visual cortex to determine how sensory encoding and task demands influence neural activity, finding distinct frequency-dependent effects.

This study investigates auditory suppression during speech production in humans and finds a correlation between suppression and sensitivity to auditory feedback, suggesting suppression aids speech monitoring.

The paper identifies neural markers in auditory cortex and dorsal precentral gyrus during delayed auditory feedback, showing their role in speech error detection and correction.

The paper identifies a sharp functional boundary in the superior temporal gyrus using ECOG and fMRI, showing distinct roles for anterior and posterior regions in unisensory and multisensory speech processing.