. Brain mechanisms and learning, a symposium. Psychophysiology; Learning, Psychology of. Ca I. Fig. 2 Reconstruction of lesions (solid black) of one experimental monkey (Ca 3) and one control animal (Ca i). R, right; L, left. bilateral temporal lesions on retention of visual discriminations were not augmented by the additional interruption of one optic tract, the hippo- campal commissure, and the corpus callosum. For the four monkeys in the experimental group, they retained the two discriminations after the extensive unilateral decortication of the second operation. They lost these habits afte


. Brain mechanisms and learning, a symposium. Psychophysiology; Learning, Psychology of. Ca I. Fig. 2 Reconstruction of lesions (solid black) of one experimental monkey (Ca 3) and one control animal (Ca i). R, right; L, left. bilateral temporal lesions on retention of visual discriminations were not augmented by the additional interruption of one optic tract, the hippo- campal commissure, and the corpus callosum. For the four monkeys in the experimental group, they retained the two discriminations after the extensive unilateral decortication of the second operation. They lost these habits after the third operation (temporal lesion), but reacquired the two problems with further training. Table II summarizes the results. Fig. 2 shows the reconstruction of lesions of one experimental and one control animal. In addition, the four experimental monkeys were given a more complex. 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 Council for International Organizations of Medical Sciences; Fessard, A. (Alfred); Delafresnaye, J. F. (Jean Francisque), 1919-. Springfield, Ill. , Thomas


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