Axonal remodeling is a critical aspect of ischemic brain repair processes and contributes to
spontaneous functional recovery. Our previous in vitro study demonstrated that …

Learning new skills requires neuroplasticity. Vagus nerve stimulation (VNS) during sensory
and motor events can increase neuroplasticity in networks related to these events and might …

Brain lesions caused by cerebral ischemia or hemorrhage lead to a local breakdown of
energy homeostasis followed by irreversible cell death and long-term impairment …

Introduction Dysphagia commonly occurs after stroke, yet the mechanisms of post-stroke
corticobulbar plasticity are not well understood. While cortical activity associated with …

Remyelination is a key process enabling post-stroke brain tissue recovery and plasticity.
This study aimed to explore the feasibility of demyelination and remyelination monitoring in …

Background The negative discrepancy between residual functional capacity and reduced
use of the contralesional hand, frequently observed after a brain lesion, has been termed …

Stroke is a devastating disease leading to cell death and disconnection between neurons
both locally and remote, often resulting in severe long-term disability. Spontaneous …

In nonhuman primates, major input to the striatum originates from ipsilateral cortex and
thalamus. The striatum is a target also of crossed corticostriatal (CSt) projections from the …

The functional consequences of ischemic stroke in the remote brain regions are not well
characterized. The current study sought to determine changes in hippocampal oscillatory …

Apoptosis in acute stroke is associated with a negative prognosis and is correlated with the
severity of the neurological deficit. However, there is no evidence that indicates that, in the …