PMC3872022_01
Magnet resonance imaging: axial T2-weighted images showing increased signal intensity in cerebellar hemispheres.
CRIM.MEDICINE2013-653925.001.jpg
PMC3872022_01_CRIM.MEDICINE2013-653925.001.jpg
fig1
T2-weighted images (Figure 1). There was increased signal on diffusion sequence throughout the cerebellar cortex (Figures 2 and 3). The radiologist interpreted this as "acute cerebellitis." Further investigations to exclude alcohol related vitamin deficiencies were normal.
Magnet resonance imaging: diffusion image showing abnormal signal intensity in the cerebellum.
CRIM.MEDICINE2013-653925.002.jpg
PMC3872022_01_CRIM.MEDICINE2013-653925.002.jpg
fig2
T2-weighted images (Figure 1). There was increased signal on diffusion sequence throughout the cerebellar cortex (Figures 2 and 3). The radiologist interpreted this as "acute cerebellitis." Further investigations to exclude alcohol related vitamin deficiencies were normal.
Magnet resonance imaging: diffusion propeller image with abnormal signal intensity in the cerebellum.
CRIM.MEDICINE2013-653925.003.jpg
PMC3872022_01_CRIM.MEDICINE2013-653925.003.jpg
fig3
T2-weighted images (Figure 1). There was increased signal on diffusion sequence throughout the cerebellar cortex (Figures 2 and 3). The radiologist interpreted this as "acute cerebellitis." Further investigations to exclude alcohol related vitamin deficiencies were normal.