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case_images: Initial non-enhanced MRI brain. Axial FLAIR sequence demonstrates multifocal symmetrical periventricular white matter hyperintensities (White arrows).
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case_images: MRI of the brain with and without gadolinium contrast revealed bilateral periventricular white matter hyperintense foci on fluid attenuated inversion recovery (FLAIR) sequence, without associated restricted diffusion, enhancement, or hemorrhage (Fig. 1).
case_images: Follow-up non-enhanced MRI brain; Axial FLAIR sequence demonstrates stable size and distribution of white matter changes in the brain. (White arrows).
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case_images: Follow-up MRI of the brain without contrast on hospital day 44 demonstrated stable size and distribution of the white matter signal changes in the brain (Fig. 3).
case_images: MRI cervical spine revealed no abnormalities in the spinal cord.
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case_images: MRI cervical spine revealed no abnormalities in the spinal cord (Fig. 5).
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case_images: Initial non-enhanced MRI of the brain. Axial FLAIR sequence demonstrates bilaterally prominent periventricular white matter signal hyperintensities (white arrows).
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case_images: MRI of the brain performed with and without IV gadolinium contrast showed bilateral multifocal periventricular white matter FLAIR signal hyperintensities (Fig. 2).
case_images: Follow-up non-enhanced MRI of the brain; Axial FLAIR sequence demonstrates central encephalomalacia in the lesions within the frontal lobe (White arrows).
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case_images: Follow-up MRI of the brain without contrast on day 49 showed stable size and distribution of the signal changes, but there were encephalomalacic changes within the lesions of the frontal lobes (Fig. 4).
case_images: MRI cervical spine with and without contrast shows no evidence of cord compression and degenerative changes.
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case_images: MRI of the cervical spine with and without contrast on day 38 was normal (Fig. 6).