AMAarchives of neurology & psychiatry . Urn*- > Fig. 10 (Case 2).—Upper vermis of cerebellum. The granular layer of thecerebellum is markedly raretied and atrophied. The numerous black spots areglia cells. Thionin stain, X 60. having a tendency to persist in conjugate deviation. The child showed inaddition absence of constitutional responses to such stimulation. There wasno pallor, no sweating, no nausea. Xecrolfsy Examination.—The patient died on Oct. 29, 1921. The brain gavea water displacement by all the intracranial structures of 730 c. c.; by the cere-bellum alone of only 30 Macro
AMAarchives of neurology & psychiatry . Urn*- > Fig. 10 (Case 2).—Upper vermis of cerebellum. The granular layer of thecerebellum is markedly raretied and atrophied. The numerous black spots areglia cells. Thionin stain, X 60. having a tendency to persist in conjugate deviation. The child showed inaddition absence of constitutional responses to such stimulation. There wasno pallor, no sweating, no nausea. Xecrolfsy Examination.—The patient died on Oct. 29, 1921. The brain gavea water displacement by all the intracranial structures of 730 c. c.; by the cere-bellum alone of only 30 Macroscopically, the cerebrum showed no atrophies,no scars and no hemorrhagic foci. The cerebellum, on the other hand, wasmarkedly atrophic, and aside from its small relative size, the left hemispherewas much narrower and generally smaller than the right (Fig. 8). Thecentral nervous system was studied microscopically by Dr. George B. Hassin. MEYERS—BRA IX LESIONS 395 The structures studied were: (1) nuclei of the seventh and eighth ne
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