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1 and 5 minutes were 2 and 4, respectively. In the delivery room, the infant experienced significant respiratory distress prompting intubation. Neurologic examination showed hypotonia and few spontaneous movements including eye opening. EEG demonstrated continuous low-voltage patterns. Diagnostic Workup Head US on day 2 of life showed prominent

1 and 5 minutes were 2 and 4, respectively. In the delivery room, the infant experienced significant respiratory distress prompting intubation. Neurologic examination showed hypotonia and few spontaneous movements including eye opening. EEG demonstrated continuous low-voltage patterns. Diagnostic Workup Head US on day 2 of life showed prominent

1 and 5 minutes were 2 and 4, respectively. In the delivery room, the infant experienced significant respiratory distress prompting intubation. Neurologic examination showed hypotonia and few spontaneous movements including eye opening. EEG demonstrated continuous low-voltage patterns. Diagnostic Workup Head US on day 2 of life showed prominent

1-weighted scan of the midline brain. The corpus callosum arches over the third ventricle, and the brainstem extends downward in front of the fourth ventricle. The cerebellar vermis lies behind the fourth ventricle, and an arrow points to its upper portion. Panel B presents an axial fluid-attenuated

1-weighted scan of the midline brain. The corpus callosum arches over the third ventricle, and the brainstem extends downward in front of the fourth ventricle. The cerebellar vermis lies behind the fourth ventricle, and an arrow points to its upper portion. Panel B presents an axial fluid-attenuated

1-weighted scan of the midline brain. The corpus callosum arches over the third ventricle, and the brainstem extends downward in front of the fourth ventricle. The cerebellar vermis lies behind the fourth ventricle, and an arrow points to its upper portion. Panel B presents an axial fluid-attenuated

1 hour in length (arrows). EEG, Electroencephalography. The patient proceeded to neurosurgery for a right functional hemispherotomy at 69 days of life. Pathology reported extensive cortical dysplasia including cortical thinning with radial and tangential dyslamination, numerous enlarged dysmorphic neurons with extension into subcortical white matter, and extensive gliosis. Clinical

1 hour in length (arrows). EEG, Electroencephalography. The patient proceeded to neurosurgery for a right functional hemispherotomy at 69 days of life. Pathology reported extensive cortical dysplasia including cortical thinning with radial and tangential dyslamination, numerous enlarged dysmorphic neurons with extension into subcortical white matter, and extensive gliosis. Clinical

1 hour in length (arrows). EEG, Electroencephalography. The patient proceeded to neurosurgery for a right functional hemispherotomy at 69 days of life. Pathology reported extensive cortical dysplasia including cortical thinning with radial and tangential dyslamination, numerous enlarged dysmorphic neurons with extension into subcortical white matter, and extensive gliosis. Clinical