Syn-PER Synaptic Protein Extraction Reagent
Thermo Scientific Syn-PER Synaptic Protein Extraction Reagent is a proprietary cell lysis reagent for efficient isolation of synaptosomes containing functional synaptic proteins from neuronal tissue and primary cultured neurons.
Syn-PER Reagent is used to prepare synaptosomes containing biologically active pre-and post-synaptic proteins (i.e., intact membranes and protein complexes of synapses). When used with fresh neuronal tissue or primary cultured neurons, synaptosomes prepared with the Syn-PER Reagent can be used to study synaptic transmission. The synaptosomal proteins contained in these extracts can also be used for downstream applications such as Western blotting, immunoprecipitation, enzymatic activity assays and protein-protein interaction studies. Syn-PER Synaptic Protein Extraction Reagent minimizes the degradation of phosphoproteins and is ideal for studies requiring the preservation of phosphoprotein integrity.
Efficient synapse extraction – obtain up to 10µg of synaptic protein per milligram of neuronal tissue or 4µg synaptic protein per 35mm dish of primary cultured neurons (106 cells)
Gentle formulation – isolate viable synaptosomes; then lyse these synapses to extract native synaptic proteins and preserve phosphoprotein integrity
Fast procedure – obtain synaptosomal suspension of intact synapses in less than one hour
Simple protocol – requires no ultracentrifugation steps
Isolate functional synaptosomes to study neurotransmitter release
Extract pre- and post-synaptic proteins to identify changes in protein composition and function in synapses
Preserve and study labile or transient protein phosphorylation events associated with synapses
Synaptosomes are isolated nerve terminals that are generated during the homogenization of nerve tissue. Synaptosome preparations can be used for extraction of pre- and post-synaptic proteins because they contain the complete pre-synaptic terminal, including mitochondria and synaptic vesicles, along with the post-synaptic membrane and the post-synaptic density. Synaptosomes are commonly used to study synaptic function because they contain functional ion channels, receptors, enzymes and intact synaptic vesicles, which can take up and release neurotransmitters. Synaptosome preparation typically involves several ultracentrifugation steps and density gradients to separate this cell fraction from other organelles.