. Journal of comparative neurology . illustrate the relations of the hippocampus, hippo-campal primordium and paraterminal body. The medial surface of the righthemisphere is drawn in each case. The paraterminal body is shaded with hori-zontal lines, the hippocampal primordium is distinguished by means of spindle-shaped spots or flecks and the hippocampus is in solid black. The commissuresare merely outlined with pen lines. All the diagrams except those of the batand the bear are drawn from dissections. Fig. 82 Diagram of the brain of a reptile to illustrate the relations of hippo-campus and pa
. Journal of comparative neurology . illustrate the relations of the hippocampus, hippo-campal primordium and paraterminal body. The medial surface of the righthemisphere is drawn in each case. The paraterminal body is shaded with hori-zontal lines, the hippocampal primordium is distinguished by means of spindle-shaped spots or flecks and the hippocampus is in solid black. The commissuresare merely outlined with pen lines. All the diagrams except those of the batand the bear are drawn from dissections. Fig. 82 Diagram of the brain of a reptile to illustrate the relations of hippo-campus and paraterminal body as defined by Elliot Smith. The outline is takenfrom the turtles brain. Herrick recognizes that the narrow ridge over the fora-men in the turtle is primordium hippocampi but describes a much larger supra-foraminal portion of the paraterminal body in lizards. Fig. 83 Diagram of the brain of the rat similar to the last. The wholecommissural system is supposed to be imbedded in the paraterminal body. 474 J. B. JOHNSTON.
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Keywords: ., bookcentury1900, bookdecade1910, booksubjectmedicine, bookyear191
