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Fornix Lesions Impair Context-Related Cingulothalamic Neuronal Patterns and Concurrent Discrimination Learning in Rabbits(Oryctolagus cuniculus)
Fornix Lesions Cingulothalamic Neuronal Patterns Concurrent Discrimination Learning Rabbits
2015/8/7
Cingulothalamic neurons develop topographic patterns of cue-elicited neuronal activity during discrimination learning. These patterns are context-related and are degraded by hippocampal lesions, sugge...
Learning-Related Development of Context-Specific Neuronal Responses to Places and Events:The Hippocampal Role in Context Processing
hippocampus context learning place cell interneuron episodic memory
2015/8/7
Contextual information plays a key role in learning and memory. Learned information becomes associated with the context such that the context can cue the relevant memories and behaviors. An extensive ...
Hippocampal Place Cells,Context,and Episodic Memory
hippocampus context discrimination learning spatial
2015/8/7
Although most observers agree that the hippocampus has a critical role in learning and memory, there remains considerable debate about the precise functional contribution of the hippocampus to these p...
The hippocampus,context processing and episodic memory
hippocampus context memory discrimination learning place field
2015/8/7
Contextual information plays a critical role in memory. Learned information becomes associated with the learning context and the context can cue the memories and behaviors associated with that context...
Hippocampal Context Processing is Critical for Interference Free Recall of Odor Memories in Rats
hippocampus context interference
2015/8/7
Interference is a critical problem for memory systems and a primary cause of retrieval failure. One strategy for minimizing interference is to associate the items to be remembered with the context in ...
Complimentary Roles of the Hippocampus and Retrosplenial Cortex in Behavioral Context Discrimination
hippocampus retrosplenial cortex cingulate cortex context place cell
2015/8/7
Complex cognitive functions, such as learning and memory, arise from the interaction of multiple brain regions that comprise functional circuits and different components of these circuits make unique ...