William De Doncker

This study investigates post-stroke fatigue using predictive and postdictive agency measures, finding amplified postdictive integration and reduced cortical predictive signals in high-fatigue patients.

This study examines how perceptual load affects bottom-up attentional processing in post-stroke fatigue using auditory evoked potentials.

This study investigates attention deficits in post-stroke fatigue by showing that higher fatigue severity is linked to reduced suppression of neural responses to distractors under increased perceptual load and sustained effort.

The paper examines functional connectivity in sensorimotor networks using EEG in stroke and MS patients with fatigue, finding increased small-worldness in sensory networks and decreased in motor networks in specific frequency bands.

This study investigates the relationship between corticospinal excitability and post-stroke fatigue, finding that left hemisphere lesions show a significant interaction with excitability in predicting fatigue severity.

This study shows that higher post-stroke fatigue is associated with reduced corticospinal excitability suppression and increased facilitation during movement preparation, leading to slower reaction times.