Linked from

The 19 pages that link to Long-term potentiation, each with the reason it gives.

• MemoryRelated: It is a leading cellular model for how experience can alter neural connections.

• NeuroplasticityBroader topic: It provides a well-studied model of activity-driven strengthening during learning.

• NeuroscienceRelated: It is a well-studied cellular mechanism associated with learning and memory.

• SynapseBroader topic: This enduring strengthening is a leading cellular model for aspects of learning and memory.

• Fear conditioningRelated: Synaptic strengthening is one proposed cellular basis for learned cue–threat associations.

• GlutamateRelated: Glutamate receptor activation can initiate this enduring strengthening of synapses.

• HippocampusRelated: This form of plasticity is a leading cellular model for how hippocampal circuits encode memories.

• Central sensitizationRelated: Similar strengthening mechanisms can help maintain heightened responsiveness in pain pathways.

• Synaptic plasticityBroader topic: It is a major experimentally studied form of lasting synaptic strengthening.

• Memory consolidationRelated: It provides a well-studied cellular model for activity-dependent memory stabilization.

• Synaptic transmissionBroader topic: It is a prominent form of plasticity built from changes in synaptic responses.

• NMDA receptorRelated: NMDA receptor-dependent calcium entry can induce this form of synaptic strengthening.

• Anterograde amnesiaRelated: This synaptic plasticity is one proposed cellular basis for learning and memory.

• Hebbian theoryRelated: It is a major experimental example of lasting synaptic strengthening associated with Hebbian learning.

• Sea slugCompared with: It is a distinct memory mechanism often compared with learning-related changes studied in Aplysia.

• DendriteBroader topic: It is a well-studied form of plasticity at excitatory synapses, many of which contact dendrites.

• Eric KandelCompared with: It became a prominent mammalian model for lasting synaptic change alongside Kandel’s work in Aplysia.

• AplysiidaCompared with: It provides a widely studied vertebrate comparison to memory-related synaptic change in Aplysia.

• Donald O. HebbRelated: It later provided an experimentally studied form of synaptic change compatible with Hebbian ideas.