Public learning track
Biological Foundations of Memory Storage and Consolidation
9 lessons
Goal
Identify and explain the neural, chemical, and biological processes underlying memory encoding, consolidation, and long-term storage.
9 lessons
0 of 9 done
- Neural Structures of Memory: Hippocampus and Long-Term PotentiationUp next
- Synaptic Plasticity and the Cellular Mechanisms of MemoryNot started yet
- Neurotransmitters and Hormones in Memory FormationNot started yet
- The Role of the Amygdala in Emotional and Flashbulb MemoriesNot started yet
- The Cerebellum and Basal Ganglia in Procedural Memory StorageNot started yet
- The Prefrontal Cortex and Working Memory StorageNot started yet
- Memory Consolidation: Synaptic and Systems-Level ProcessesNot started yet
- Sleep, Brain Waves, and Offline Memory ConsolidationNot started yet
- Memory Reconsolidation and the Neurobiology of Memory ModificationNot started yet
Curriculum Framework
9th Grade · Social Studies · US-FL-SS
1
9 lessons
Encoding Processes, Attention, and Levels of Processing
Analyze the mechanisms of memory encoding, the factors that influence encoding efficiency, and the cognitive differences between shallow and deep processing.
2
9 lessons
Evidence-Based Mnemonic and Encoding Strategies
Apply and evaluate scientifically validated strategies and mnemonic techniques to optimize memory encoding and long-term retention.
3
9 lessons
Working Memory and Long-Term Memory Systems
Examine the structural, capacity, duration, and functional differences between sensory, working, and long-term memory architectures.
4
9 lessons
Biological Foundations of Memory Storage and Consolidation
Identify and explain the neural, chemical, and biological processes underlying memory encoding, consolidation, and long-term storage.
5
9 lessons
Memory Types, Amnesias, and Neurocognitive Disorders
Categorize explicit and implicit memory subsystems and evaluate clinical etiologies of amnesias and neurocognitive memory disorders.