Linked from

The 22 pages that link to Synaptic plasticity, each with the reason it gives.

• Alzheimer's diseaseRelated: Impaired synaptic plasticity helps link early pathology to memory problems.

• AmygdalaRelated: Plasticity enables amygdala circuits to store learned associations.

• Neural circuitRelated: Plasticity changes circuit connectivity through experience and can alter its computation.

• Synaptic transmissionRelated: Transmission changes with use, allowing synapses to alter how strongly they influence targets.

• NMDA receptorRelated: NMDA receptor activity can initiate lasting changes in synaptic strength.

• Santiago Ramón y CajalRelated: Cajal proposed that changes in neural connections could underlie learning and adaptation.

• Endocannabinoid systemRelated: Endocannabinoid signaling can produce lasting changes in synaptic transmission.

• Computational neuroscienceRelated: Changing synaptic strengths gives models a mechanism for learning and memory.

• DendriteRelated: Changes at dendritic synapses can alter how strongly particular inputs affect a neuron.

• NeuromodulationRelated: Neuromodulators can make synapses more or less likely to strengthen or weaken.

• Fragile X syndromeRelated: FMRP helps regulate protein synthesis involved in plastic changes at synapses.

• Behavioral neuroscienceRelated: Changes in synaptic strength help explain learning-related shifts in behavior.

• Ramón Villeda MoralesRelated: Blood-borne signals can affect the neural plasticity associated with learning and memory.

• Anti-NMDA receptor encephalitisRelated: Disrupted NMDA-receptor signaling interferes with processes that tune neuronal connections.

• Gerald EdelmanRelated: Changes in synaptic connections provide a biological basis for experience-dependent neural selection.