Background Motor outcome after stroke is associated with reorganisation of cortical
networks and corticospinal tract (CST) integrity. However, the relationships between motor …

Background and Purpose Previous studies have noted changes in resting-state functional
connectivity during motor recovery following stroke. However, these studies always uncover …

Objectives To examine longitudinal changes in structural and functional connectivity post-
stroke in patients with motor impairment, and define their importance for recovery and …

Biomarkers that represent the structural and functional integrity of the motor system enable
us to better assess motor outcome post-stroke. The degree of overlap between the stroke …

Objective Although ample evidence highlights that the ipsilesional corticospinal tract (CST)
plays a crucial role in motor recovery after stroke, studies on cortico‐cortical motor …

Cerebral ischemia triggers a cascade of cellular processes, which induce neuroprotection,
inflammation, apoptosis and regeneration. At the neural network level, lesions concomitantly …

Motor stroke has been characterized by disruptions in multiple large-scale functional brain
networks. However, it remains unclear whether stroke patients with good hand outcomes …

Background and Purpose—Brain imaging has continuously enhanced our understanding
how different brain networks contribute to motor recovery after stroke. However, the present …

Functional and structural reorganization in the brain occurs after stroke. The ability to predict
motor outcomes may depend on patterns of brain functional and structural connectivity. We …

Background and Purpose—Motor recovery after stroke has been shown to be correlated
with both the fractional anisotropy (FA) of the affected corticospinal tract (CST) and the …