GluA4 facilitates cerebellar expansion coding and enables associative memory formation thumbnail
GluA4 facilitates cerebellar expansion coding and enables associative memory formation
elifesciences.org
The GluA4 subunit confers rapid kinetics and large conductance to AMPARs to few types of neurons in the adult brain cerebellum, granule cells (GCs)—the most abundant neurons in the mammalian brain—heavily express GluA4 sensorimotor integration, motor coordination, motor learning and timing
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  • The GluA4 subunit confers rapid kinetics and large conductance to AMPARs
  • to few types of neurons in the adult brain
  • cerebellum, granule cells (GCs)—the most abundant neurons in the mammalian brain—heavily express GluA4
  • sensorimotor integration, motor coordination, motor learning and timing

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