Unilateral intrahippocampal injections of tetrodotoxin were used to temporarily inactivate
one hippocampus during specific phases of training in an active allothetic place avoidance …

This paper assesses the contribution of hippocampus to the spatial orientation of Long–
Evans rats in a new place avoidance task. The animals learn to avoid a mild footshock in a …

The hippocampus is well known for its critical involvement in spatial memory and information
processing. In this study, we examined the effect of bilateral hippocampal inactivation with …

Lateralization of the Morris water maze task was examined by injecting 5 ng of tetrodotoxin
(TTX) into 1 dorsal hippocampus (HPC) of chronically cannulated rats (n= 20). The task …

The generality of the place-learning impairment associated with hippocampal system
damage was challenged using methods of training that permitted subjects to form an …

Previous studies have shown that hippocampal place fields are controlled by the salient
sensory cues in the environment, in that rotation of the cues causes an equal rotation of the …

Based on computational models of the hippocampus, it has been suggested that a possible
mechanism for memory retrieval is pattern completion, wherein an autoassociative network …

To explore the plastic representation of information in spatially selective hippocampal
pyramidal neurons, we made multiple single-unit recordings in rats trained to find a hidden …

Injecting tetrodotoxin (TTX) into one hippocampus impaired avoidance of a place defined by
distal cues while rats were on a slowly rotating arena. The impairment could be explained by …

The hippocampus is critical for remembering locations in a wide variety of species, including
humans. However, recent findings from monkeys following selective hippocampal lesions …