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body, posterior elements, and soft tissue outlines are visible. Panel B presents another axial section with an arrow marking a bright linear area extending from the spinal canal toward the left paraspinal region

body, posterior elements, and soft tissue outlines are visible. Panel B presents another axial section with an arrow marking a bright linear area extending from the spinal canal toward the left paraspinal region

body, posterior elements, and soft tissue outlines are visible. Panel B presents another axial section with an arrow marking a bright linear area extending from the spinal canal toward the left paraspinal region

region lies above and slightly overlaps the thin line. The vertebral bodies and intervertebral

region lies above and slightly overlaps the thin line. The vertebral bodies and intervertebral

region lies above and slightly overlaps the thin line. The vertebral bodies and intervertebral

body of the putamen, and ex vacuo enlargement of the lateral ventricles with boxlike configuration of frontal horns. (D) Axial T2 shows T2 hyperintensity in the striatum and thalamus similar to cortex. (E–H) Comparison to an age- and sex-matched healthy child shows normal size caudates

body of the putamen, and ex vacuo enlargement of the lateral ventricles with boxlike configuration of frontal horns. (D) Axial T2 shows T2 hyperintensity in the striatum and thalamus similar to cortex. (E–H) Comparison to an age- and sex-matched healthy child shows normal size caudates

body of the putamen, and ex vacuo enlargement of the lateral ventricles with boxlike configuration of frontal horns. (D) Axial T2 shows T2 hyperintensity in the striatum and thalamus similar to cortex. (E–H) Comparison to an age- and sex-matched healthy child shows normal size caudates

region. An arrow marks a dark central circular shape in the spinal canal, surrounded by ring like formations. Vertebral body