PMC6369475_01
Axial FLAIR magnetic resonance images demonstrated bioccipital foci of high signal intensity involving the cortex and subcortical white matter.
CRIOG2019-9527632.001.jpg
PMC6369475_03_CRIOG2019-9527632.001.jpg
fig1
The brain MR-imaging and MR-angiography of the circle of Willis were performed which showed cortical and subcortical hyperintense lesions in both cerebellar lobes with elevated diffusion and no angiopathy, imaging features related to vasogenic edema consistent with PRES syndrome (Figure 1).
Magnetic resonance images performed 7 days after the first examination. There are no signs of foci of high signal intensity.
CRIOG2019-9527632.002.jpg
PMC6369475_01_CRIOG2019-9527632.002.jpg
fig2
MRI performed at 7 days after the first examination (Figures 1 and 2). Moreover, periodic electroencephalogram,
PMC6369475_02
PMC6369475_03
Axial FLAIR magnetic resonance images demonstrated bioccipital foci of high signal intensity involving the cortex and subcortical white matter.
CRIOG2019-9527632.001.jpg
PMC6369475_03_CRIOG2019-9527632.001.jpg
fig1
The brain MR-imaging and MR-angiography of the circle of Willis were performed which showed cortical and subcortical hyperintense lesions in both cerebellar lobes with elevated diffusion and no angiopathy, imaging features related to vasogenic edema consistent with PRES syndrome (Figure 1).