Gaelle N. Luabeya

This study compares neural dynamics during grasping and placing tasks using EEG, finding shared cortico-cerebellar mechanisms with distinct spatiotemporal patterns.

This study uses TMS to show that superior occipital TMS impairs both egocentric and allocentric reaches, while inferior occipital TMS only affects allocentric performance, supporting a dorsal-ventral stream dissociation in memory-guided reaching.

The paper uses fMRI to compare neural networks for grasp and object placement tasks, finding task-specific differences in cerebellar and prefrontal activation.

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.

The paper investigates how gaze, vision, and memory affect hand placement and orientation during a task involving 2D visual templates, showing feedback-dependent effects on location and orientation errors.

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