The anatomy of the nervous system, from the standpoint of development and function . sure callosum Fig. 184.—Dissection of the human brain to show the tela chorioidea of the third ventricleand the hippocampal commissure. The body of the corpus callosum and the fornix have beendivided and reflected. Dorsal view, except that the ventral surfaces of the reflected corpuscallosum and hippocampal commissure are seen. (Sobotta-McMurrich.) by a layer of epithelium of ependymal origin, which is adapted to every uneven-ness of its surface (Fig. 155). THE BASAL GANGLIA OF THE TELENCEPHALONThere are four
The anatomy of the nervous system, from the standpoint of development and function . sure callosum Fig. 184.—Dissection of the human brain to show the tela chorioidea of the third ventricleand the hippocampal commissure. The body of the corpus callosum and the fornix have beendivided and reflected. Dorsal view, except that the ventral surfaces of the reflected corpuscallosum and hippocampal commissure are seen. (Sobotta-McMurrich.) by a layer of epithelium of ependymal origin, which is adapted to every uneven-ness of its surface (Fig. 155). THE BASAL GANGLIA OF THE TELENCEPHALONThere are four deeply placed masses of gray matter within the hemisphere,known as the caudate, lentijorm and amygdaloid nuclei, and the claustrum. The I III [NTERNAL CONFIGURATION 01 nil CEREBRAL HEMISPHERES 253 two former, together with the white fascicles of the internal capsule whichseparate them, constitute the corpus striatum (Fig. 185 I he caudate nucleus (nucleus caudatus) is an elongated mass of gray matterbent ii itself like a horseshoe, and is throughout it- entire extent closely re. Caudate nucleus Thalamus
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Keywords: ., bookcentury1900, bookdecade1920, booksubjectnervoussystem, bookye
