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Results: 3
THE LATERAL AND MEDIAL COMPARTMENTS OF THE OLFACTORY TUBERCLE AND THEIR RELATION TO OLFACTORY-RELATED INPUT AS DETERMINED BY ARTIFICIAL NEURAL-NETWORK ANALYSIS
Authors: JOSEPHSON E PADGETT ML BUXTON DF
Citation: E. Josephson et al., THE LATERAL AND MEDIAL COMPARTMENTS OF THE OLFACTORY TUBERCLE AND THEIR RELATION TO OLFACTORY-RELATED INPUT AS DETERMINED BY ARTIFICIAL NEURAL-NETWORK ANALYSIS, Brain research, 744(2), 1997, pp. 253-271
DISPROPORTIONATE OLFACTORY-RELATED INPUT TO THE MEDIAL TUBERCLE IDENTIFIED BY A NEURAL-NETWORK APPLICATION
Authors: JOSEPHSON E PADGETT ML BUXTON DF
Citation: E. Josephson et al., DISPROPORTIONATE OLFACTORY-RELATED INPUT TO THE MEDIAL TUBERCLE IDENTIFIED BY A NEURAL-NETWORK APPLICATION, The FASEB journal, 9(4), 1995, pp. 824-824
OLFACTORY-BULB TO OLFACTORY TUBERCLE TRANSSYNAPTIC WGA-HRP TRANSPORT SUGGESTS DIFFERENCES AMONG TUBERCLE CELLS IN THE RAT
Authors: JOSEPHSON E BUXTON DF
Citation: E. Josephson et Df. Buxton, OLFACTORY-BULB TO OLFACTORY TUBERCLE TRANSSYNAPTIC WGA-HRP TRANSPORT SUGGESTS DIFFERENCES AMONG TUBERCLE CELLS IN THE RAT, The FASEB journal, 8(5), 1994, pp. 10000888-10000888
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