Matches in DBpedia 2015-10 for { <http://dbpedia.org/resource/Heterosynaptic_plasticity> ?p ?o }
Showing triples 1 to 45 of
45
with 100 triples per page.
- Heterosynaptic_plasticity abstract "Synaptic plasticity refers to a chemical synapse's ability to undergo changes in strength. Synaptic plasticity is typically input-specific (i.e. homosynaptic plasticity), meaning that the activity in a particular neuron alters the efficiency of synaptic connection between that neuron and its target. However, in the case of heterosynaptic plasticity, the activity of a particular neuron leads to changes in the strength of synaptic connections between another pair of neurons. A number of distinct forms of heterosynaptic plasticity have been found in a variety of brain regions and organisms. These different forms of heterosynaptic plasticity contribute to a variety of neural processes including associative learning, the development of neural circuits, and homeostasis of synaptic input.".
- Heterosynaptic_plasticity thumbnail Heterosynaptic_Plasticity-1.jpg?width=300.
- Heterosynaptic_plasticity wikiPageID "39182600".
- Heterosynaptic_plasticity wikiPageLength "10119".
- Heterosynaptic_plasticity wikiPageOutDegree "22".
- Heterosynaptic_plasticity wikiPageRevisionID "679119721".
- Heterosynaptic_plasticity wikiPageWikiLink Aplysia_gill_and_siphon_withdrawal_reflex.
- Heterosynaptic_plasticity wikiPageWikiLink Category:Memory_processes.
- Heterosynaptic_plasticity wikiPageWikiLink Category:Neurology.
- Heterosynaptic_plasticity wikiPageWikiLink Category:Neuroscience.
- Heterosynaptic_plasticity wikiPageWikiLink Dopamine.
- Heterosynaptic_plasticity wikiPageWikiLink Excitatory_postsynaptic_potential.
- Heterosynaptic_plasticity wikiPageWikiLink G_protein-coupled_receptor.
- Heterosynaptic_plasticity wikiPageWikiLink G_protein–coupled_receptor.
- Heterosynaptic_plasticity wikiPageWikiLink Homeostasis.
- Heterosynaptic_plasticity wikiPageWikiLink Homosynaptic_Plasticity.
- Heterosynaptic_plasticity wikiPageWikiLink Homosynaptic_plasticity.
- Heterosynaptic_plasticity wikiPageWikiLink Interneuron.
- Heterosynaptic_plasticity wikiPageWikiLink Long-Term_Depression.
- Heterosynaptic_plasticity wikiPageWikiLink Neuromodulation.
- Heterosynaptic_plasticity wikiPageWikiLink Neuromodulation_(biology).
- Heterosynaptic_plasticity wikiPageWikiLink Nucleus_accumbens.
- Heterosynaptic_plasticity wikiPageWikiLink Sensitization.
- Heterosynaptic_plasticity wikiPageWikiLink Seratonin.
- Heterosynaptic_plasticity wikiPageWikiLink Serotonin.
- Heterosynaptic_plasticity wikiPageWikiLink Synaptic_Scaling.
- Heterosynaptic_plasticity wikiPageWikiLink Synaptic_plasticity.
- Heterosynaptic_plasticity wikiPageWikiLink Ventral_tegmental_area.
- Heterosynaptic_plasticity wikiPageWikiLink File:Aplysia-1.jpg.
- Heterosynaptic_plasticity wikiPageWikiLink File:Heterosynaptic_Plasticity-1.jpg.
- Heterosynaptic_plasticity wikiPageWikiLink File:Interneuron-1.jpg.
- Heterosynaptic_plasticity wikiPageWikiLinkText "Heterosynaptic plasticity".
- Heterosynaptic_plasticity hasPhotoCollection Heterosynaptic_plasticity.
- Heterosynaptic_plasticity wikiPageUsesTemplate Template:Reflist.
- Heterosynaptic_plasticity subject Category:Memory_processes.
- Heterosynaptic_plasticity subject Category:Neurology.
- Heterosynaptic_plasticity subject Category:Neuroscience.
- Heterosynaptic_plasticity comment "Synaptic plasticity refers to a chemical synapse's ability to undergo changes in strength. Synaptic plasticity is typically input-specific (i.e. homosynaptic plasticity), meaning that the activity in a particular neuron alters the efficiency of synaptic connection between that neuron and its target. However, in the case of heterosynaptic plasticity, the activity of a particular neuron leads to changes in the strength of synaptic connections between another pair of neurons.".
- Heterosynaptic_plasticity label "Heterosynaptic plasticity".
- Heterosynaptic_plasticity sameAs m.0tkhw6g.
- Heterosynaptic_plasticity sameAs Q17038680.
- Heterosynaptic_plasticity sameAs Q17038680.
- Heterosynaptic_plasticity wasDerivedFrom Heterosynaptic_plasticity?oldid=679119721.
- Heterosynaptic_plasticity depiction Heterosynaptic_Plasticity-1.jpg.
- Heterosynaptic_plasticity isPrimaryTopicOf Heterosynaptic_plasticity.
