In this issue of Neuron, two studies by Pielage et al. and Bednarek and Caroni suggest that the cytoskeleton regulator β-Adducin provides an activity-dependent switch controlling synapse disassembly and assembly at the Drosophila neuromuscular junction (NMJ) and the mouse hippocampus. In mice, the β-Adducin switch is required for the improvement of learning and memory induced by enriched environments
AbstractIncreased neuronal activity (eag Shaker mutants) and cAMP concentration (dunce mutants) lead...
SummarySynaptic connections are stabilized through transsynaptic adhesion complexes that are anchore...
SummaryThe actin-binding protein adducin was recently identified as a component of the neuronal subc...
SummaryLearning is correlated with the assembly of new synapses, but the roles of synaptogenesis pro...
SummaryNeural development requires both synapse elaboration and elimination, yet relatively little i...
Manipulations of the actin-capping protein adducin in Drosophila and mammalian neurons provide new i...
The adducin family of proteins interacts with the actin cytoskeleton and the plasma membrane in a ca...
SummaryNeural development requires both synapse elaboration and elimination, yet relatively little i...
AbstractThe function and regulation of actin-cytoskeletal dynamics during synaptic growth is poorly ...
AbstractAdducin is a cytoskeletal protein having regulatory roles that involve actin filaments, func...
SummarySynchronized control of excitatory and inhibitory synapse maturation is crucial for normal br...
Emerging evidence suggests that altered neural connectivity, particularly at the level of synaptic c...
SummarySynaptogenesis is required for wiring neuronal circuits in the developing brain and continues...
The synapse, the minimal element required for interneuronal communication in the nervous sytems, is ...
Emerging evidence suggests that altered neural connectivity , particularly at the level of synaptic...
AbstractIncreased neuronal activity (eag Shaker mutants) and cAMP concentration (dunce mutants) lead...
SummarySynaptic connections are stabilized through transsynaptic adhesion complexes that are anchore...
SummaryThe actin-binding protein adducin was recently identified as a component of the neuronal subc...
SummaryLearning is correlated with the assembly of new synapses, but the roles of synaptogenesis pro...
SummaryNeural development requires both synapse elaboration and elimination, yet relatively little i...
Manipulations of the actin-capping protein adducin in Drosophila and mammalian neurons provide new i...
The adducin family of proteins interacts with the actin cytoskeleton and the plasma membrane in a ca...
SummaryNeural development requires both synapse elaboration and elimination, yet relatively little i...
AbstractThe function and regulation of actin-cytoskeletal dynamics during synaptic growth is poorly ...
AbstractAdducin is a cytoskeletal protein having regulatory roles that involve actin filaments, func...
SummarySynchronized control of excitatory and inhibitory synapse maturation is crucial for normal br...
Emerging evidence suggests that altered neural connectivity, particularly at the level of synaptic c...
SummarySynaptogenesis is required for wiring neuronal circuits in the developing brain and continues...
The synapse, the minimal element required for interneuronal communication in the nervous sytems, is ...
Emerging evidence suggests that altered neural connectivity , particularly at the level of synaptic...
AbstractIncreased neuronal activity (eag Shaker mutants) and cAMP concentration (dunce mutants) lead...
SummarySynaptic connections are stabilized through transsynaptic adhesion complexes that are anchore...
SummaryThe actin-binding protein adducin was recently identified as a component of the neuronal subc...