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SOME CONNECTIONS OF THE ENTORHINAL (AREA 28) AND PERIRHINAL (AREA 35) CORTICES OF THE RHESUS MONKEY. I. TEMPORAL LOBE AFFERENTS. = QUELQUES CONNEXIONS DES ORTEX ENTORHINAL (AIRE 28) ET PERIRHINAL (AIRE 35) DE SINGE RHESUS. I. AFFERENTS DU LOBE TEMPORALVAN HOESEN GW; PANDYA DN.1975; BRAIN RES.; NETHERL.; DA. 1975; VOL. 95; NO 1; PP. 1-24; BIBL. 1 P. 1/2Article

SOME CONNECTIONS OF THE ENTORHINAL (AREA 28) AND PERIRHINAL (AREA 35) CORTICES OF THE RHESUS MONKEY. II. FRONTAL LOBE AFFERENTS. = QUELQUES CONNEXIONS DES CORTEX ENTORHINAL (AIRE 28) ET PERIRHINAL (AIRE 35) DU SINGE RHESUS. II. AFFERENTS DU LOBE FRONTALVAN HOESEN GW; PANDYA DN; BUTTERS N et al.1975; BRAIN RES.; NETHERL.; DA. 1975; VOL. 95; NO 1; PP. 25-38; BIBL. 1 P.Article

SOME CONNECTIONS OF THE ENTORHINAL (AREA 28) AND PERIRHINAL (AREA 35) CORTICES OF THE RHESUS MONKEY. III. EFFERENT CONNECTIONS. = QUELQUES CONNEXIONS DU CORTEX ENTORHINAL (AIRE 28) ET PERIRHINAL (AIRE 35) DU SINGE RHESUS. III. CONNEXIONS EFFERENTSVAN HOESEN GW; PANDYA DN.1975; BRAIN RES.; NETHERL.; DA. 1975; VOL. 95; NO 1; PP. 39-59; BIBL. 1 P.Article

ASSOCIATION PROJECTIONS FROM THE SECONDARY SOMATOSENSORY CORTEX IN THE CATYAMAGUCHI K; MASSOPUST LC; YOUNG PA et al.1982; ACTA ANAT.; ISSN 0001-5180; CHE; DA. 1982; VOL. 112; NO 4; PP. 297-309; BIBL. 2 P.Article

SIGNIFICANCE OF CORTICAL-AMYGDALAR-HYPOTHALAMIC CONNECTIONS IN RETENTION OF CONDITIONED TASTE AVERSION IN RATSYAMAMOTO T; AZUMA S; KAWAMURA Y et al.1981; EXP. NEUROL.; ISSN 0014-4886; USA; DA. 1981; VOL. 74; NO 3; PP. 758-768; BIBL. 39 REF.Article

HETEROTOPIC INTERHEMISPHERIC CORTICAL CONNECTIONS IN THE RATMARKOWITSCH HJ; GULDIN WO.1983; BRAIN RESEARCH BULLETIN; ISSN 0361-9230; USA; DA. 1983; VOL. 10; NO 6; PP. 805-810; BIBL. 22 REF.Article

A DIRECT PROJECTION FROM THE PERIRHINAL CORTEX (AREA 35) TO THE SUBICULUM IN THE RATKOSEL KC; VAN HOESEN GW; ROSENE DL et al.1983; BRAIN RESEARCH; ISSN 0006-8993; NLD; DA. 1983; VOL. 269; NO 2; PP. 347-351; BIBL. 20 REF.Article

Perirhinal cortex resolves feature ambiguity in configural object recognition and perceptual oddity tasksBARTKO, Susan J; WINTERS, Boyer D; COWELL, Rosemary A et al.Learning & memory (Cold Spring Harbor, N.Y.). 2007, Vol 14, Num 7-12, pp 821-832, issn 1072-0502, 12 p.Article

Environmental novelty is associated with a selective increase in Fos expression in the output elements of the hippocampal formation and the perirhinal cortexVANELZAKKER, Michael; FEVURLY, Rebecca D; BREINDEL, Tressa et al.Learning & memory (Cold Spring Harbor, N.Y.). 2008, Vol 15, Num 7-12, pp 899-908, issn 1072-0502, 10 p.Article

Using state-trace analysis to dissociate the functions of the human hippocampus and perirhinal cortex in recognition memorySTARESINA, Bernhard P; FELL, Juergen; DUNN, John C et al.Proceedings of the National Academy of Sciences of the United States of America. 2013, Vol 110, Num 8, pp 3119-3124, issn 0027-8424, 6 p.Article

Le cortex périrhinal chez l'homme = The human perirhinal cortexBARBEAU, E; SONTHEIMER, A; JOUBERT, S et al.Revue neurologique (Paris). 2004, Vol 160, Num 4, pp 401-411, issn 0035-3787, 11 p., CAH1Article

Afferent connections of the perirhinal cortex in the ratDEACON, T. W; EICHENBAUM, H; ROSENBERG, P et al.Journal of comparative neurology (1911). 1983, Vol 220, Num 2, pp 168-190, issn 0021-9967Article

Anatomy of the medial temporal lobeVAN HOESEN, G. W.Magnetic resonance imaging. 1995, Vol 13, Num 8, pp 1047-1055, issn 0730-725XConference Paper

Electrophysiology and morphology of neurons in rat perirhinal cortexBEGGS, J. M; KAIRISS, E. W.Brain research. 1994, Vol 665, Num 1, pp 18-32, issn 0006-8993Article

β-ADRENOCEPTORS AND SYNAPTIC PLASTICITY IN THE PERIRHINAL CORTEXLAING, M; BASHIR, Z. I.Neuroscience. 2014, Vol 273, pp 163-173, issn 0306-4522, 11 p.Article

Resources required for processing ambiguous complex features in vision and audition are modality specificBARENSE, Morgan D; EREZ, Jonathan; MA, Henry et al.Cognitive, affective & behavioral neuroscience (Print). 2014, Vol 14, Num 1, pp 336-353, issn 1530-7026, 18 p.Article

Familiarity and conceptual implicit memory: Individual differences and neural correlatesWANG, Wei-Chun; YONELINAS, Andrew P.Cognitive neuroscience (Print). 2012, Vol 3, Num 3-4, pp 213-214, issn 1758-8928, 2 p.Article

Lesions of the perirhinal cortex impair sensory preconditioning in ratsNICHOLSON, D. A; FREEMAN, J. H.Behavioural brain research. 2000, Vol 112, Num 1-2, pp 69-75, issn 0166-4328Article

The effect of excitotoxic lesions centered on the perirhinal cortex in two versions of the radial arm maze taskPING LIU; BILKEY, D. K.Behavioral neuroscience. 1999, Vol 113, Num 4, pp 672-682, issn 0735-7044Article

Methods for whole-cell recording from visually preselected neurons of perirhinal cortex in brain slices from young and aging ratsMOYER, J. R; BROWN, T. H.Journal of neuroscience methods. 1998, Vol 86, Num 1, pp 35-54, issn 0165-0270Article

Perirhinal cortex ablation impairs configural learning and paired-associate learning equallyBUCKLEY, M. J; GAFFAN, D.Neuropsychologia. 1998, Vol 36, Num 6, pp 535-546, issn 0028-3932Article

Effects on visual recognition of combined and separate ablations of the entorhinal and perirhinal cortex in rhesus monkeysMEUNIER, M; BACHEVALIER, J; MISHKIN, M et al.The Journal of neuroscience. 1993, Vol 13, Num 12, pp 5418-5432, issn 0270-6474Article

The Hippocampus: Part of an Interactive Posterior Representational System Spanning Perceptual and Memorial SystemsNADEL, Lynn; PETERSON, Mary A.Journal of experimental psychology. General. 2013, Vol 142, Num 4, pp 1242-1254, issn 0096-3445, 13 p.Article

Evidence That the Rat Hippocampus Has Contrasting Roles in Object Recognition Memory and Object Recency MemoryALBASSER, Mathieu M; AMIN, Eman; LIN, Tzu-Ching E et al.Behavioral neuroscience. 2012, Vol 126, Num 5, pp 659-669, issn 0735-7044, 11 p.Article

Initiation of electrographic seizures by neuronal networks in entorhinal and perirhinal cortices in vitroDE GUZMAN, P; D'ANTUONO, M; AVOLI, M et al.Neuroscience. 2004, Vol 123, Num 4, pp 875-886, issn 0306-4522, 12 p.Article

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