. Contributions from the Department of Neurology and the Laboratory of Neuropathology (reprints). Fig. 3. Weigert preparation from substance of tmnor, Case 3, show-ing an entire absence of fibers. Oc. i, Ob. S. Fig. 4. Bielschowsky preparation from same block of tissue as Fig. 3,showing numerous axis-cylinders and two ganglion cells. Oc. i, Ob. part of this section was free from fibers. serve for both. The second tumor, however, contains a greatmany more axis-cylinders in the silver preparation than arefound in the first case. The third tumor involved the right occipital and temporallobes
. Contributions from the Department of Neurology and the Laboratory of Neuropathology (reprints). Fig. 3. Weigert preparation from substance of tmnor, Case 3, show-ing an entire absence of fibers. Oc. i, Ob. S. Fig. 4. Bielschowsky preparation from same block of tissue as Fig. 3,showing numerous axis-cylinders and two ganglion cells. Oc. i, Ob. part of this section was free from fibers. serve for both. The second tumor, however, contains a greatmany more axis-cylinders in the silver preparation than arefound in the first case. The third tumor involved the right occipital and temporallobes and is quite hemorrhagic. The internal capsule and thala-mus are greatly displaced to the left. The hemaluin-acid fuchsinstain is similar to the above two cases. The Weigert prepara-tion shows a complete absence of inedullated fibers, while thesilver method reveals a great many axis-cylinders (Figs. 3 and 4). The fourth tumor is extremely large, is gelatinous in places,and is situated in the left cerebral hemisphere. Portions of theoccipital and trniporal lobes, the internal capsule, thalamu
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