mSYD1A, a Mammalian Synapse-Defective-1 Protein, Regulates Synaptogenic Signaling and Vesicle Docking

Abstract

Structure and function of presynaptic terminals are critical for the transmission and processing of neuronal signals. Trans-synaptic signaling systems instruct the differentiation and function of presynaptic release sites, but their downstream mediators are only beginning to be understood. Here, we identify the intracellular mSYD1A (mouse Synapse-Defective… (More)
DOI: 10.1016/j.neuron.2013.05.010

Topics

7 Figures and Tables

Cite this paper

@article{Wentzel2013mSYD1AAM, title={mSYD1A, a Mammalian Synapse-Defective-1 Protein, Regulates Synaptogenic Signaling and Vesicle Docking}, author={Corinna Wentzel and Julia E. Sommer and Ramya Nair and Adeline Stiefvater and Jean-Baptiste Sibarita and Peter Scheiffele}, journal={Neuron}, year={2013}, volume={78}, pages={1012-1023} }