. Brain mechanisms and learning, a symposium. Psychophysiology; Learning, Psychology of. LEADS ? 'b 20 MSEC ENTORHINAL AREA LEADS. ENTORHINAL AREA -0-5 DORSAL HIPP^ LEADS fRFGinW CA4) ^ * LEADS V\A / ^^0 5 V SEC ^ -0-5- \l ^ ^^ SEC Fig. 6 Cross-correlation functions in late training, from the same animal as in Figs. 4 and 5. By contrast with Fig. 5, the entorhinal area now leads hippocampal region CA4 by as much as 65 msec, and CA, by 20-25 msec. These findings are consistent with activity following the pathways proposed by Cajal (see text). CA4, may be interpreted on the basis of such a mecha
. Brain mechanisms and learning, a symposium. Psychophysiology; Learning, Psychology of. LEADS ? 'b 20 MSEC ENTORHINAL AREA LEADS. ENTORHINAL AREA -0-5 DORSAL HIPP^ LEADS fRFGinW CA4) ^ * LEADS V\A / ^^0 5 V SEC ^ -0-5- \l ^ ^^ SEC Fig. 6 Cross-correlation functions in late training, from the same animal as in Figs. 4 and 5. By contrast with Fig. 5, the entorhinal area now leads hippocampal region CA4 by as much as 65 msec, and CA, by 20-25 msec. These findings are consistent with activity following the pathways proposed by Cajal (see text). CA4, may be interpreted on the basis of such a mechanism. McLardy (1959) has recently proposed an elaborate series of intrahippocampal connections which might also subserve such functions. If, then, the concept of phase-comparator mechanisms should be found. 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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