Anatomic and Pneumographic Studies of the Temporal Horn

Casts of the cerebral ventricles

“…612, ventral view). In other words, the hippocampal projection causes the cavity of the inferior horn to be crescentic in cross-section, as pointed out by Childe and Penfield (1937). At the inturned extremity of the horn the cast expands over the pes, which itself causes a deeply grooved indentation beneath that of the amygdaloid nucleus (Figs.…”

Casts of the cerebral ventricles

“…612, ventral view). In other words, the hippocampal projection causes the cavity of the inferior horn to be crescentic in cross-section, as pointed out by Childe and Penfield (1937). At the inturned extremity of the horn the cast expands over the pes, which itself causes a deeply grooved indentation beneath that of the amygdaloid nucleus (Figs.…”

Casts of the cerebral ventricles

“…612, ventral view). In other words, the hippocampal projection causes the cavity of the inferior horn to be crescentic in cross-section, as pointed out by Childe and Penfield (1937). At the inturned extremity of the horn the cast expands over the pes, which itself causes a deeply grooved indentation beneath that of the amygdaloid nucleus (Figs.…”

Casts of the cerebral ventricles

“…612, ventral view). In other words, the hippocampal projection causes the cavity of the inferior horn to be crescentic in cross-section, as pointed out by Childe and Penfield (1937). At the inturned extremity of the horn the cast expands over the pes, which itself causes a deeply grooved indentation beneath that of the amygdaloid nucleus (Figs.…”