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Learning Memory Sciences

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Learning Memory Sciences

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Research Frontiers in Protein Synthesis in Memory Consolidation

Explores the critical role of de novo protein synthesis in converting labile short-term memories into stable long-term memory traces.

Local Translation at Dendritic Synapses During Memory Encoding
Ribosomal Dynamics and the Temporal Window of Memory Consolidation
CPEB-Mediated mRNA Localization in Long-Term Potentiation
Protein Synthesis Coupling to Chromatin Remodeling in Memory Stabilization
De Novo Proteostasis Networks in Reconsolidation and Memory Updating
Translational Control by Non-Coding RNAs During Fear Memory Formation
Synaptic Protein Turnover and Memory Persistence Across Timescales
eIF2α Phosphorylation at the Intersection of Stress and Memory
Local Proteosynthetic Hubs in Structural Plasticity of Memory Circuits
Translational Kinetics of Early Immediate Genes in Memory Consolidation

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