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SPATIAL-LEARNING AND MEMORY DEFICITS AFTER TELENCEPHALIC ABLATION IN GOLDFISH TRAINED IN-PLACE AND TURN MAZE PROCEDURES
Authors: SALAS C RODRIGUEZ F VARGAS JP DURAN E TORRES B
Citation: C. Salas et al., SPATIAL-LEARNING AND MEMORY DEFICITS AFTER TELENCEPHALIC ABLATION IN GOLDFISH TRAINED IN-PLACE AND TURN MAZE PROCEDURES, Behavioral neuroscience, 110(5), 1996, pp. 965-980
PERFORMANCE OF GOLDFISH TRAINED IN ALLOCENTRIC AND EGOCENTRIC MAZE PROCEDURES SUGGESTS THE PRESENCE OF A COGNITIVE MAPPING SYSTEM IN FISHES
Authors: RODRIGUEZ F DURAN E VARGAS JP TORRES B SALAS C
Citation: F. Rodriguez et al., PERFORMANCE OF GOLDFISH TRAINED IN ALLOCENTRIC AND EGOCENTRIC MAZE PROCEDURES SUGGESTS THE PRESENCE OF A COGNITIVE MAPPING SYSTEM IN FISHES, Animal learning & behavior, 22(4), 1994, pp. 409-420
PERFORMANCE OF GOLDFISH TRAINED IN ALLOCENTRIC AND EGOCENTRIC MAZE PROCEDURES SUGGESTS THE PRESENCE OF A COGNITIVE MAPPING SYSTEM IN FISHES
Authors: RODRIGUEZ F DURAN E VARGAS JP TORRES B SALAS C
Citation: F. Rodriguez et al., PERFORMANCE OF GOLDFISH TRAINED IN ALLOCENTRIC AND EGOCENTRIC MAZE PROCEDURES SUGGESTS THE PRESENCE OF A COGNITIVE MAPPING SYSTEM IN FISHES, Animal learning & behavior, 22(4), 1994, pp. 409-420
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