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Kwon, Jeong-Tae; Jhang, Jinho; Kim, Hyung-Su; Lee, Sujin; Han, Jin-Hee – Learning & Memory, 2012
Memory is thought to be sparsely encoded throughout multiple brain regions forming unique memory trace. Although evidence has established that the amygdala is a key brain site for memory storage and retrieval of auditory conditioned fear memory, it remains elusive whether the auditory brain regions may be involved in fear memory storage or…
Descriptors: Memory, Logical Thinking, Brain Hemisphere Functions, Fear
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Gamiz, Fernando; Gallo, Milagros – Learning & Memory, 2011
We have investigated the effect of protein kinase Mzeta (PKM[zeta]) inhibition in the basolateral amygdala (BLA) upon the retention of a nonspatial learned active avoidance response and conditioned taste-aversion (CTA) acquisition in rats. ZIP (10 nmol/[mu]L) injected into the BLA 24 h after training impaired retention of a learned…
Descriptors: Stimuli, Control Groups, Memory, Animals
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Lehmann, Hugo; McNamara, Kathryn C. – Learning & Memory, 2011
We examined whether repeated reactivations of a context memory would prevent the typical amnesic effects of post-training damage to the hippocampus (HPC). Rats were given a single contextual fear-conditioning session followed by 10 reactivations, involving a brief return to the conditioning context (no shock). Subsequently, the rats received sham…
Descriptors: Control Groups, Context Effect, Conditioning, Memory
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Holtzman-Assif, Orit; Laurent, Vincent; Westbrook, R. Frederick – Learning & Memory, 2010
Three experiments used rats to investigate the role of dopamine activity in learning to inhibit conditioned fear responses (freezing) in extinction. In Experiment 1, rats systemically injected with the D2 dopamine antagonist, haloperidol, froze more across multiple extinction sessions and on a drug-free retention test than control rats. In…
Descriptors: Animals, Fear, Biochemistry, Conditioning
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Sevelinges, Yannick; Sullivan, Regina M.; Messaoudi, Belkacem; Mouly, Anne-Marie – Learning & Memory, 2008
Adult learning and memory functions are strongly dependent on neonatal experiences. We recently showed that neonatal odor-shock learning attenuates later life odor fear conditioning and amygdala activity. In the present work we investigated whether changes observed in adults can also be observed in other structures normally involved, namely…
Descriptors: Conditioning, Inhibition, Adult Learning, Brain