The anatomy of the nervous system, from the standpoint of development and function . becomes buried at the bottom of the lateral continuity of the pyriform area is not interrupted in the adult, though part THE RHINEN(). 172. 200). It i- not easy todetermine just how much of the human hippocampa] gyrus should be (1911) apparently includes the entire gyrus, while Elliol Smith (1915)limits it to the part of the gyrus dorsal to the rhinal fissure. In Fig. 200 wehave followed the outlines of the hippocampa] region as given by Brodmann(1909). The An olfactory
The anatomy of the nervous system, from the standpoint of development and function . becomes buried at the bottom of the lateral continuity of the pyriform area is not interrupted in the adult, though part THE RHINEN(). 172. 200). It i- not easy todetermine just how much of the human hippocampa] gyrus should be (1911) apparently includes the entire gyrus, while Elliol Smith (1915)limits it to the part of the gyrus dorsal to the rhinal fissure. In Fig. 200 wehave followed the outlines of the hippocampa] region as given by Brodmann(1909). The An olfactory center of still higher order is representedby the hippocampus, which was seen in connection with the study of the lateral Inferior horn of lateral ventrnle Hippocampus Collateral eminence. TapelitmC ollateral trigone Posterior horn of lateral ventricle. Hippocampal digitations ? Im us Dentate fascia of hippocampusHippocampal gyrusHippocampa! fissure imbria of hippocampus Bulb of posterior hornCalcarine fissure Calcar avis Fig. 201.—Part of temporal lobe of human brain showing inferior horn of lateral ventricle and thehippocampus. Dorsal view. (Sobotta-McMurrich.) ventricle. If we turn again to the floor of the inferior horn of the lateral ven-tricle we shall see a long curved elevation projecting into the cavity (Figs. 181,201). This is the hippocampus and is formed by highly specialized cortexwhich has been rolled into the ventricle along the line of the hippocampal fissure(Figs. 204, 209). It is covered on its ventricular surface by a thin coating ofwhite matter, called the alveus, which is continuous along its medial edge witha band of fibers known as the fimbria of the hippocampus. This, in turn, iscontinuous with the fornix (Fig. 201). In Figs. 201 and 204 there may be seen,along the border of the fimbria, a narrow serrated
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Keywords: ., bookcentury1900, bookdecade1920, booksubjectnervoussystem, bookye
