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MRI features are highly variable and may include multiple cortical infarcts with or without involvement of the deep grey matter nuclei, corpus callosum, cerebellum and brainstem.
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ATB was also estimated for regions of interest (ROIs) of multiple cortical regions.
Infarcts showing involvement of cortical gray matter are classified as cortical infarcts.
We further distinguish cortical infarcts into small and large infarcts based on their size [ 70].
Cortical infarcts were ≥1 cm in largest diameter.
Other renal changes in these mice include hemosiderosis, cortical infarcts, and papillary necrosis.
Subcortical infarcts were inversely associated with declines in executive and memory function, whereas cortical infarcts were mainly associated with decline in executive function.
Our interest in these small cortical infarcts arose from the current attention for cortical microinfarcts microscopic small infarcts seen on pathologic exams as potential new markers of cerebrovascular disease and indicators of cognitive impairment.
Cerebral MRI (Fig. 1A) disclosed subcortical, periventricular and cortical infarcts in the right middle cerebral artery (MCA) territory.
Variable gross changes in other organs included multifocal hemorrhagic renal cortical infarcts and petechial hemorrhages on lymph node surfaces.
However, it is by no means clear that patients classified as having "cortical infarcts," on the basis of damage involving M1, can be regarded as homogenous.
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