Michelle Moerel

This paper constructs a probabilistic atlas of the human thalamic reticular nucleus using 7T MRI, showing high consistency with postmortem data.

The paper models homeostatic plasticity in an auditory cortex computational model to predict neural signatures of tinnitus and matches human neuroimaging findings.

This study shows that selective attention reduces auditory cortex responses to attended frequencies in humans using high-resolution fMRI, contrasting with previous findings.

The paper shows that left ventral MGB modulation increases during speech recognition in noisy conditions compared to clear speech or speaker identity tasks.

The paper improves a probabilistic cytoarchitectonic atlas of auditory cortex by introducing CBA+, a method that aligns individual brains more accurately than existing methods.

The paper maps the human subcortical auditory system using histology, post mortem MRI, and in vivo 7T MRI, creating atlases and connectivity maps with high-resolution data.