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- Q17030659 subject Q8620875.
- Q17030659 abstract "Homosynaptic plasticity is one type of synaptic plasticity. Homosynaptic plasticity is input-specific, meaning changes in synapse strength occur only at post-synaptic targets specifically stimulated by a pre-synaptic target. Therefore, the spread of the signal from the pre-synaptic cell is localized. Another type of synaptic plasticity, heterosynaptic plasticity, is not input-specific and differs from homosynaptic plasticity in many mechanisms.In addition to being input-specific, the strengthening of a synapse via homosynaptic plasticity is associative, because it is dependent on the firing of a presynaptic and postsynaptic neuron closely in time. This associativity increases the chances that the postsynaptic neuron will also fire. These mechanisms are used primarily for learning and short-term memory.".
- Q17030659 thumbnail Homosynaptic_Plasticity-1.jpg?width=300.
- Q17030659 wikiPageWikiLink Q12821248.
- Q17030659 wikiPageWikiLink Q1517140.
- Q17030659 wikiPageWikiLink Q1551556.
- Q17030659 wikiPageWikiLink Q17038680.
- Q17030659 wikiPageWikiLink Q1805481.
- Q17030659 wikiPageWikiLink Q18599.
- Q17030659 wikiPageWikiLink Q2707563.
- Q17030659 wikiPageWikiLink Q420566.
- Q17030659 wikiPageWikiLink Q683246.
- Q17030659 wikiPageWikiLink Q8620875.
- Q17030659 comment "Homosynaptic plasticity is one type of synaptic plasticity. Homosynaptic plasticity is input-specific, meaning changes in synapse strength occur only at post-synaptic targets specifically stimulated by a pre-synaptic target. Therefore, the spread of the signal from the pre-synaptic cell is localized.".
- Q17030659 label "Homosynaptic plasticity".
- Q17030659 depiction Homosynaptic_Plasticity-1.jpg.