The pattern and role of brain plasticity in stroke recovery has been incompletely
characterized. Both ipsilesional and contralesional changes have been described, but it …

Magnetic resonance imaging (MRI) is based on a wide variety of physical parameters,
which, in principle, can all influence the image contrast conditions. As these diverse …

Spontaneous restoration of function after stroke is associated with remodelling of functional
neuronal networks in and around the ischemic lesion. However, the spatiotemporal profile of …

Stroke volume is a key determinant of infarct severity and an important metric for evaluating
treatments. However, accurate estimation of stroke volume can be challenging, due to the …

Transient middle cerebral artery occlusion (MCAO) by an intraluminal thread leads to
primarily subcortical infarctions with little sensorimotor impairment in the Wistar rat strain. We …

Identification and localization of ischemic stroke (IS) lesions is routinely performed to confirm
diagnosis, assess stroke severity, predict disability and plan rehabilitation strategies using …

Current treatments for seizures induced by organophosphates do not protect sufficiently
against progressive neurodegeneration or delayed cognitive impairment. Developing more …

The spatiotemporal dynamics of postischemic hyperperfusion (HP) remains incompletely
understood. Diffusion, perfusion, T2, T1, angiographic, dynamic susceptibility-contrast …

Magnetic resonance imaging (MRI) continues to have a large impact on the diagnosis and
management of a number of diseases, especially diseases associated with brain injury. The …

The pattern of vascular remodelling in relation to recovery after stroke remains largely
unclear. We used steady-state contrast-enhanced magnetic resonance imaging to assess …