. The Journal of comparative neurology and psychology. eatures of chromatolysis can be seen in the reacting cells. Noticethe extreme peripheral position of the nuclei of the small cells. Fig. 4. Zeiss, Ocular 4, Objective 1/12—Drawings of a small area of asection through the same ganglion as that represented in Fig. 2. It repre-sents, the condition in the ganglion twenty days after the section of the most striking feature is that the large cells have almost regained theirnormal appearance. The nuclei are centric and there is a large amount ofchromatic granules distributed in the norm
. The Journal of comparative neurology and psychology. eatures of chromatolysis can be seen in the reacting cells. Noticethe extreme peripheral position of the nuclei of the small cells. Fig. 4. Zeiss, Ocular 4, Objective 1/12—Drawings of a small area of asection through the same ganglion as that represented in Fig. 2. It repre-sents, the condition in the ganglion twenty days after the section of the most striking feature is that the large cells have almost regained theirnormal appearance. The nuclei are centric and there is a large amount ofchromatic granules distributed in the normal manner throughout the pro-toplasm. Fig. 5.—Showing a degenerated cell penetrated by proliferating cells fromthe capsule, from the second cervical ganglion of a rat eight days after theoperation. Fig. G.—Showing a cell distended by a large vacuole, from the second cer-vical ganglion of a rat seven days after the operation. RANSON, Alterations in Spinal Ganglion Cells. 153 ?J Fig. 3. % .^?^^^^^ . y t^^ -**. MM.^^y Ha^haifititHDi o. Fig.
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