. On the anatomy of vertebrates [electronic resource] . Foetus, 3 mo. Lemur. Cobus. Chimpanzee. Homo. superfrontal, n, midfrontal, n, subfrontal, o, ectorbital, p,lambdoidal, q, occipital, q, suroccipital, q, suboccipital. The primary fissures on the internal (mesial) surface of thehemisphere, fig. 118, are 4, hippocampal, with its long bifurcate 117. Vertical section, brain of Baboon. posterior extension, 4r, 7, callosal, l, supercallosal, 6, marginal,113, entolambdoidal, here continued into the posthippocampal; thesupercallosal fissure, 7, bifurcates anteriorly, as in Papio, fig. 117,l and P
. On the anatomy of vertebrates [electronic resource] . Foetus, 3 mo. Lemur. Cobus. Chimpanzee. Homo. superfrontal, n, midfrontal, n, subfrontal, o, ectorbital, p,lambdoidal, q, occipital, q, suroccipital, q, suboccipital. The primary fissures on the internal (mesial) surface of thehemisphere, fig. 118, are 4, hippocampal, with its long bifurcate 117. Vertical section, brain of Baboon. posterior extension, 4r, 7, callosal, l, supercallosal, 6, marginal,113, entolambdoidal, here continued into the posthippocampal; thesupercallosal fissure, 7, bifurcates anteriorly, as in Papio, fig. 117,l and Pithecus (vol. ii. fig. 149). The surface applied to thefore part of the falx is impressed by falcial, 15, and subfalcial, is, 1 This is seldom so distinct or continuous as in the larger ungulates, K 2 132 ANATOMY OF VERTEBRATES. fissures, more or less parallel with 7. The principal folds definedby the above fissures are :—a , posthippocampal, k, callosal, k9supercallosal, h, marginal, h, postmarginal, t, falcial, V, subfalcial(which is the inner surface of c, entorhinal), p, entolambdoidal, s,septal. Anthropotomists have primarily divided the hemispheric masses
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