Physiological Bases of Learning and the Development of Learning Abilities

Brain & Learning: An Introduction; Neuroscience of Learning: Historical & Contemporary Views; Learning Objectives: Key Brain Structures, Synaptic Plasticity, Neural Development; Brain's Learning Hubs: Major Regions for Cognition; Hippocampus: Memory Formation; Amygdala: Emotional Memory; Prefrontal Cortex: Executive Function; Basal Ganglia: Procedural Learning; Cerebellum: Motor Learning; Thalamus & Hypothalamus: Sensory Relay & Regulation; Neurons & Synapses: Fundamental Units of Communication; Synaptic Transmission: The Process; Synaptic Plasticity Defined: Cellular Basis of Learning; Long-Term Potentiation (LTP): Strengthening Synapses; Long-Term Depression (LTD): Weakening Synapses; Neurotransmitters in Learning: Modulation of Cognition; Gene Expression & Memory: Molecular Mechanisms; Glial Cells: Synaptic Support & Brain Health; Neurogenesis & Migration: Brain's Initial Architecture; Synaptogenesis & Pruning: Sculpting Neural Circuits; Myelination: Speed & Efficiency of Neural Signals; Critical Periods in Development: Environmental Sensitivity; Environmental Enrichment: Enhancing Plasticity; Aging & Neuroplasticity: Lifelong Learning; Discussion & Future Research: Ethical Implications & Open Questions

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