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Natural forgetting reversibly modulates engram expression
by
Ryan, Tomás J
, O'Leary, James D
, Autore, Livia
, Bruckner, Rasmus
in
Animals
/ Behavioral plasticity
/ Control
/ engram
/ Engrams
/ ensemble
/ forgetting
/ Hippocampus
/ Labeling
/ Memory
/ Memory - physiology
/ Mental Recall - physiology
/ Mice
/ Neurological research
/ Neuronal Plasticity - physiology
/ Neurons - physiology
/ Neuroscience
/ Non-pharmacological intervention
/ object
/ Optogenetics
/ Physiological aspects
/ Recall
2024
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Natural forgetting reversibly modulates engram expression
by
Ryan, Tomás J
, O'Leary, James D
, Autore, Livia
, Bruckner, Rasmus
in
Animals
/ Behavioral plasticity
/ Control
/ engram
/ Engrams
/ ensemble
/ forgetting
/ Hippocampus
/ Labeling
/ Memory
/ Memory - physiology
/ Mental Recall - physiology
/ Mice
/ Neurological research
/ Neuronal Plasticity - physiology
/ Neurons - physiology
/ Neuroscience
/ Non-pharmacological intervention
/ object
/ Optogenetics
/ Physiological aspects
/ Recall
2024
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Do you wish to request the book?
Natural forgetting reversibly modulates engram expression
by
Ryan, Tomás J
, O'Leary, James D
, Autore, Livia
, Bruckner, Rasmus
in
Animals
/ Behavioral plasticity
/ Control
/ engram
/ Engrams
/ ensemble
/ forgetting
/ Hippocampus
/ Labeling
/ Memory
/ Memory - physiology
/ Mental Recall - physiology
/ Mice
/ Neurological research
/ Neuronal Plasticity - physiology
/ Neurons - physiology
/ Neuroscience
/ Non-pharmacological intervention
/ object
/ Optogenetics
/ Physiological aspects
/ Recall
2024
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Journal Article
Natural forgetting reversibly modulates engram expression
2024
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Overview
Memories are stored as ensembles of engram neurons and their successful recall involves the reactivation of these cellular networks. However, significant gaps remain in connecting these cell ensembles with the process of forgetting. Here, we utilized a mouse model of object memory and investigated the conditions in which a memory could be preserved, retrieved, or forgotten. Direct modulation of engram activity via optogenetic stimulation or inhibition either facilitated or prevented the recall of an object memory. In addition, through behavioral and pharmacological interventions, we successfully prevented or accelerated forgetting of an object memory. Finally, we showed that these results can be explained by a computational model in which engrams that are subjectively less relevant for adaptive behavior are more likely to be forgotten. Together, these findings suggest that forgetting may be an adaptive form of engram plasticity which allows engrams to switch from an accessible state to an inaccessible state.
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