Simona Monaco

The paper investigates how auditory and visual cues are integrated into the cortical reach network using fMRI, finding distinct modules for each cue type and their interaction.

This study conducts an ALE meta-analysis of neuroimaging studies to identify consistent neural activations for grasping and reaching actions with and without visual information.

This study shows that action planning modulates object feature representation in human fronto-parietal and occipital cortex using fMRI and pattern classification.

This study identifies parietal cortex regions that integrate saccade and visual signals to update grasp plans during eye movements.

The paper shows that action intentions can be predicted from neural signals in both dorsal and ventral visual streams using visual, memory-based, and somato-motor information, even without direct visual input.

This study shows that action-specific intentions influence visual cortex processing of object orientation several seconds after viewing, with effects starting in primary visual cortex and extending to other visual areas.

This study uses fMRI to investigate effector-specific cortical mechanisms for saccades and reaches, revealing distinct but temporally correlated networks for eye and hand movements.

The paper investigates neural correlates of transsaccadic orientation comparison across different spatial reference frames using fMRIa, finding distinct cortical activation patterns for each condition.