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Schümann, Dirk; Sommer, Tobias – Learning & Memory, 2018
Emotional arousal enhances memory encoding and consolidation leading to better immediate and delayed memory. Although the central noradrenergic system and the amygdala play critical roles in both effects of emotional arousal, we have recently shown that these effects are at least partly independent of each other, suggesting distinct underlying…
Descriptors: Brain Hemisphere Functions, Emotional Response, Arousal Patterns, Memory
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Frey, Julietta U.; Korz, Volker; Uzakov, Shukhrat – Learning & Memory, 2005
Hippocampal long-term potentiation (LTP) can be dissociated in early-LTP lasting 4-5 h and late-LTP with a duration of more than 8 h, the latter of which requires protein synthesis and heterosynaptic activity during its induction. Previous studies in vivo have shown that early-LTP in the dentate gyrus can protein synthesis-dependently be…
Descriptors: Foreign Countries, Long Term Memory, Comparative Analysis, Brain
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Born, Jan; Gais, Steffen; Lucas, Brian – Learning & Memory, 2006
In recent years, the effect of sleep on memory consolidation has received considerable attention. In humans, these studies concentrated mainly on procedural types of memory, which are considered to be hippocampus-independent. Here, we show that sleep also has a persisting effect on hippocampus-dependent declarative memory. In two experiments, we…
Descriptors: Memory, Learning Processes, Recall (Psychology), High School Students