. Journal of comparative neurology . 448 SEPTUM, HIPPOCAMPUS, PALLIAL COMMISSURES 449. [Fig. 38 Opossum, parasagittal section through the fornix columns and pre-commissural fibers. 1, hypothalamic fibers; 2, fibers coming from/the lateralolfactory area; 3, fibers, part arising in and part passing through the olfactorytubercle. Some of these go up to enter the association bundle of the hippo-campus. This may receive fibers also from the medial olfactory tract (fig. 35). Fig. 39 Opossum, parasagittal section farther lateral than the last. Thesection shows especially how the alveus after passing
. Journal of comparative neurology . 448 SEPTUM, HIPPOCAMPUS, PALLIAL COMMISSURES 449. [Fig. 38 Opossum, parasagittal section through the fornix columns and pre-commissural fibers. 1, hypothalamic fibers; 2, fibers coming from/the lateralolfactory area; 3, fibers, part arising in and part passing through the olfactorytubercle. Some of these go up to enter the association bundle of the hippo-campus. This may receive fibers also from the medial olfactory tract (fig. 35). Fig. 39 Opossum, parasagittal section farther lateral than the last. Thesection shows especially how the alveus after passing over the hippocampus andsubiculum runs on the ventricular surface of the general cortex and bends aroundthe angle of the ventricle to be distributed to the dorsal cortex. Compare figures37 and 40. Fig. 40 Opossum (no. 11) section to show the degeneration of fibers followinga lesion in the dorsal cortex. In the small outline at the left the area of cortexdestroyed is shown by a black spot. This section is taken at the caudal end ofthe lesion. Small bundles in the external capsule sh
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Keywords: ., bookcentury1900, bookdecade1910, booksubjectmedicine, bookyear191
