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Results: 12
THE CONTRIBUTION OF THE ASSOCIATIVE PARIETAL CORTEX AND HIPPOCAMPUS TO SPATIAL PROCESSING IN RODENTS
Authors:
SAVE E
POUCET B
FOREMAN N
THINUSBLANC C
Citation: E. Save et al., THE CONTRIBUTION OF THE ASSOCIATIVE PARIETAL CORTEX AND HIPPOCAMPUS TO SPATIAL PROCESSING IN RODENTS, Psychobiology, 26(2), 1998, pp. 153-161
Authors:
THINUSBLANC C
SAVE E
POUCET B
Citation: C. Thinusblanc et al., THE ASSOCIATIVE PARIETAL CORTEX AND SPATIAL PROCESSING IN RODENTS, Comptes rendus de l'Academie des sciences. Serie 3, Sciences de la vie, 321(2-3), 1998, pp. 179-183
Authors:
SAVE E
CRESSANT A
THINUSBLANC C
POUCET B
Citation: E. Save et al., SPATIAL FIRING OF HIPPOCAMPAL PLACE CELLS IN BLIND RATS, The Journal of neuroscience, 18(5), 1998, pp. 1818-1826
Authors:
SAVE E
CRESSANT A
THINUSBLANC C
POUCET B
Citation: E. Save et al., HIPPOCAMPAL PLACE CELLS IN BLIND RATS DISPLAY NORMAL SPATIAL FIRING, Cahiers de psychologie cognitive, 17(4-5), 1998, pp. 1071-1071
Authors:
AMMASSARITEULE M
SAVE E
DEMARSANICH B
THINUSBLANC C
Citation: M. Ammassariteule et al., POSTERIOR PARIETAL CORTEX LESIONS SEVERELY DISRUPT SPATIAL-LEARNING IN DBA MICE CHARACTERIZED BY A GENETIC HIPPOCAMPAL DYSFUNCTION, Behavioural brain research, 95(1), 1998, pp. 85-90
Authors:
SAVE E
Citation: E. Save, THE CONTRIBUTION OF VISUAL AND INERTIAL MECHANISMS TO NAVIGATION IN TOTAL DARKNESS, Animal learning & behavior, 25(3), 1997, pp. 324-334
Authors:
SAVE E
MOGHADDAM M
Citation: E. Save et M. Moghaddam, EFFECTS OF LESIONS OF THE ASSOCIATIVE PARIETAL CORTEX ON THE ACQUISITION AND USE OF SPATIAL MEMORY IN EGOCENTRIC AND ALLOCENTRIC NAVIGATIONTASKS IN THE RAT, Behavioral neuroscience, 110(1), 1996, pp. 74-85
Authors:
SAVE E
GRANON S
BUHOT MC
THINUSBLANC C
Citation: E. Save et al., EFFECTS OF LIMITATIONS ON THE USE OF SOME VISUAL AND KINESTHETIC INFORMATION IN SPATIAL-MAPPING DURING EXPLORATION IN THE RAT, The Quarterly journal of experimental psychology. B, Comparative andphysiological psychology, 49(2), 1996, pp. 134-147
Authors:
THINUSBLANC C
SAVE E
POUCET B
FOREMAN N
Citation: C. Thinusblanc et al., EFFECTS OF PARIETAL CORTEX LESIONS ON SPATIAL PROBLEM-SOLVING IN THE RAT, Behavioural brain research, 81(1-2), 1996, pp. 115-121
Authors:
THINUSBLANC C
SAVE E
ROSSIARNAUD C
TOZZI A
AMMASSARITEULE M
Citation: C. Thinusblanc et al., THE DIFFERENCES SHOWN BY C57BL 6 AND DBA/2 INBRED MICE IN DETECTING SPATIAL NOVELTY ARE SUBSERVED BY A DIFFERENT HIPPOCAMPAL AND PARIETAL CORTEX INTERPLAY/, Behavioural brain research, 80(1-2), 1996, pp. 33-40
Authors:
GRANON S
SAVE E
BUHOT MC
POUCET B
Citation: S. Granon et al., EFFORTFUL INFORMATION-PROCESSING IN A SPONTANEOUS SPATIAL SITUATION BY RATS WITH MEDIAL PREFRONTAL LESIONS, Behavioural brain research, 78(2), 1996, pp. 147-154
Authors:
AMMASSARITEULE M
TOZZI A
ROSSIARNAUD C
SAVE E
THINUSBLANC C
Citation: M. Ammassariteule et al., REACTIONS TO SPATIAL AND NONSPATIAL CHANGE IN 2 INBRED STRAINS OF MICE - FURTHER EVIDENCE SUPPORTING THE HIPPOCAMPAL DYSFUNCTION HYPOTHESISIN THE DBA 2 STRAIN/, Psychobiology, 23(4), 1995, pp. 284-289
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