. Journal of comparative neurology . Fig. 88 Diagram of the brain of the mole. Although there is a large corpuscallosum and a splenium is well formed, there is an unusually large primordiumreaching almost the entire length of the corpus callosum and connecting withthe hippocampal flexure. The boundary of the paraterminal body as it appearsin the ventricular surface is represented here. Reference to figure 55 will showthat the medial parolfactory nucleus rises much higher on the outer surface. Thediagram of the rat brain following is drawn with reference to the boundary onthe outer surface. Fig
. Journal of comparative neurology . Fig. 88 Diagram of the brain of the mole. Although there is a large corpuscallosum and a splenium is well formed, there is an unusually large primordiumreaching almost the entire length of the corpus callosum and connecting withthe hippocampal flexure. The boundary of the paraterminal body as it appearsin the ventricular surface is represented here. Reference to figure 55 will showthat the medial parolfactory nucleus rises much higher on the outer surface. Thediagram of the rat brain following is drawn with reference to the boundary onthe outer surface. Fig. 89 Diagram of the brain of the rat. The gradual merging of the indu-sium beneath the genu with the primordium is represented by tooth-like projec-tions. The paraterminal body rises higher on the medial surface than it doesnext the ventricle. On the ventricular surface the boundary line runs almoststraight forward from the neuroporic recess. SEPTUM, HIPPOCAMPUS, PALLIAL COMMISSURES 477.
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Keywords: ., bookcentury1900, bookdecade1910, booksubjectmedicine, bookyear191