Regulation of dopamine-induced response by recycling of the receptor associated with capacitance change through caveolae- and SNARE-dependent process

@article{Kawasaki2010RegulationOD,
  title={Regulation of dopamine-induced response by recycling of the receptor associated with capacitance change through caveolae- and SNARE-dependent process},
  author={Satoshi Kawasaki and Shingo Kimura and Reiko Fujita and Noriyuki Watanabe and Kazuhiko Sasaki},
  journal={Neuroscience Research},
  year={2010},
  volume={68}
}
in DKO mice. On the other hand, the reduction of GluA4 in -7-KO granular layer reflected its loss at mossy fiber-granule cell synapses, whereas the reduction of GluA1 and GluA4 in -7-KO molecular layer was caused, at least partly, by their loss in Bergmann glia. These findings suggest -2 and -7 cooperatively promote synaptic expression of cerebellar AMPA receptors, and -7 alone promotes glial expression. 
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