Behavioral Neuroscience · 1984 · 92 citations · 17 references
Life SciencesNeurobiologyNeuroscienceBehavioral NeuroscienceMemoryNeurophysiologyAnimal CognitionClassical ConditioningHippocampal CircuitsHippocampal SystemsLearning In AnimalsMemory In AnimalsFimbria Of The HippocampusHippocampal CircuitryHippocampal FunctionHippocampal LearningHippocampal Memory FunctionHippocampal PhysiologyPreconditioningRabbit Neurophysiology
The effects of fimbrial and cortical lesions on sensory preconditioning in the rabbit were examined. Damage to the cortex or the fimbria had no apparent effect on the acquisition of classically conditioned responses. However, fimbrial lesions virtually abolished the effects of preconditioning, whereas cortical lesions had no significant effect. Because fimbrial damage disrupts hippocampal output, these findings are interpreted to indicate that the hippocampus is vital to learning functions other than spatial cognition or working memory.
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Hippocampus, space, and memory
David S. Olton, James T. Becker, Gail E. Handelmann · Behavioral and Brain Sciences · 1979 · 2K citations
Paul R. Solomon, John W. Moore · Journal of Comparative and Physiological Psychology · 1975 · 481 citations
Life Sciences, Neuroscience, Zoology +14