. Human embryology and morphology. Embryology, Human; Morphology. HUMAN EMBRYOLOGY AND MORPHOLOGY. solid and divided into anterior and posterior parts by a transverse fissure (Fig. 17). The anterior part, as is shown in figure 18, becomes (a) the olfactory bulb, (b) the olfactory peduncle or tract, (c) the trigonum olfactorium, lying between the lateral and mesial roots into which the tract divides, and (d) the area of Broca. The posterior part of the olfactory lobe (B in Fig. 17) becomes (a) the grey matter of the anterior perforated space, and (b) the gyrus subcallosus or peduncles of the co
. Human embryology and morphology. Embryology, Human; Morphology. HUMAN EMBRYOLOGY AND MORPHOLOGY. solid and divided into anterior and posterior parts by a transverse fissure (Fig. 17). The anterior part, as is shown in figure 18, becomes (a) the olfactory bulb, (b) the olfactory peduncle or tract, (c) the trigonum olfactorium, lying between the lateral and mesial roots into which the tract divides, and (d) the area of Broca. The posterior part of the olfactory lobe (B in Fig. 17) becomes (a) the grey matter of the anterior perforated space, and (b) the gyrus subcallosus or peduncles of the corpus callosum (Fig. 18). Termination of the Olfactory Tract.—As is shown in figure 18, the mesial root terminates in the supra-callosal gyrus and fornix, while the lateral ends in the uncus of the hippocampal convolution. Olfactory nerve fibres also terminate in the trigone and area of Broca. To the parts derived from the olfactory gyrus l^m-eo sept, striae longitud. gyrus supra-callosal gyrus gyrus dentatus tract (B) mesial root anterior perforated space uncus ^collateral fissure band of Giacomini uncus temp, incis. Fig. 18 -Showing the parts formed out of the Olfactory Lobe in the brain of an Adult (After BlUot "mitlO olfilctolT Hoots in the Sub-callosal and Uncinate Gyri.' lobe together with the uncus, the fascia dentata, the supra-callosal gyrus, the fimbria, the fornix and septum lucidum (Figs. 18 and 172) the term Rhinencephalon is given because these" parts are concerned with the sense of smell, and represent the parts first and most highly developed in the brains of lower vertebrates. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Keith, Arthur, Sir, 1866-1955. London : E. Arnold
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Keywords: ., bookcentury1900, bookdecade1900, booksubjectembryol, bookyear1902
