… that cadherins mediate functional and structural plasticity. While significant progress over the
past decade has successfully solidified the role of cadherins at the synapse, … of cadherins in …

… As a cell-adhesion molecule, N-cadherin is well suited to provide a link between
structural changes and synaptic plasticity. Consistently, activity promotes dimerization of N-cadherin, …

… negative feedbacks and the regulation of homeostatic forms of synaptic plasticity. …
CAMs appear to play similar roles in homeostatic synaptic plasticity, for example N-cadherin …

… that directly tests the role of individual cadherins in identified circuits using newly available
… cadherins and cadherin signaling in neural development, synapse formation, and plasticity …

… cadherins may be involved in synaptogenesis in the vertebrate central nervous system. The
first cadherin identified in synapses was N-cadherin… -CAM promotes synaptic plasticity and is …

… synapse regulation and remodeling. ► We review basic molecular and structural mechanisms
of synaptic plasticity. ► β-… Furthermore, prolonged stability of the cadherin at the plasma …

… Synaptic plasticity can involve changes to the molecular components present at a synapse,
the location of these components at a synapse… cadherins are important for synapse adhesion, …

… N-cadherin leads to altered short-term plasticity at glutamatergic synapses. Furthermore,
we present evidence that retrograde transsynaptic signaling mediated by N-cadherin might be …

… One of the key features underlying the ability of synaptic plasticity is structural plasticity of
spines. N-cadherin is a key regulator of depolarization mediated increase in spine headwidth …

… and cadherin. Here, we examine whether Cdk5/p35 regulates β-catenin-cadherin affinity in
… -catenin that was co-immunoprecipitated with cadherin. Inhibiting Cdk5 activity also resulted …