. Journal of comparative neurology . Figs. 48 to 53 Mole (Scalops), six transverse sections from a Weigert 12 diam. Fig. 48 Mole, transverse section through the rostral end of the hippocampus(line a in fig. 55). Note the enlarged and in-curved primordium containing largecells. Compare with figure 26 (Opossum). Fig. 49 Mole, transverse section between the foregoing and the genu (lineb in fig. 55). Description in text. Fig. 50 Mole, transverse section at genu corporis callosi (line c in fig. 55).The medial parolfactory nucleus is coextensive with the precommissural nucleu
. Journal of comparative neurology . Figs. 48 to 53 Mole (Scalops), six transverse sections from a Weigert 12 diam. Fig. 48 Mole, transverse section through the rostral end of the hippocampus(line a in fig. 55). Note the enlarged and in-curved primordium containing largecells. Compare with figure 26 (Opossum). Fig. 49 Mole, transverse section between the foregoing and the genu (lineb in fig. 55). Description in text. Fig. 50 Mole, transverse section at genu corporis callosi (line c in fig. 55).The medial parolfactory nucleus is coextensive with the precommissural nucleus is very similar to that in the bat (fig. 42). Fig. 51 Mole, transverse section through neuroporic recess (line d in ). The mole is conspicuous for the large volume of primordium hippocampiwhich lies adjacent to the ventricle and lateral to the fornix and Fig. 52 Mole, transverse section through the interventricular foramen (linee in fig. 55). Description in the text. Fig. 53 Mole, transverse section through point of junction of primordiumhippocampi with the hippocampal flexure (line / in fig. 55). The right side of 456
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Keywords: ., bookcentury1900, bookdecade1910, booksubjectmedicine, bookyear191
