Scintillation proximity assay (SPA) is a homogeneous and versatile technology for the rapid and sensitive assay of a wide range of biological processes including use with enzyme and receptor targets, radioimmunoassay and molecular interactions. The assay format requires no separation steps, is amenable to automation, and is supported by more than 10 years of application data.
Articles:
- Automation
Innovative automated liquid handling solutions for drug discovery, molecular biology and clinical… View more
- Bead Information
Scintillation Proximity Assay (SPA) is simple, quick and particularly suited to high throughput… View more
- cAMP
Homogeneous cAMP assays have been developed to allow the direct measurement of receptor… View more
- Cellular Assays
Protein kinases are directly implicated in many human diseases such as diabetes and cancer… View more
- Cytostar-T
Cytostar-T Scintillating Microplates are based on the principles of scintillation proximity assay… View more
- Enzymes
SPA kits are available for a wide range of target enzymes involved in the mechanisms of signal… View more
- GTPgS
Using a radioactive, non-hydrolyzable form of GTP, G-protein activation can be assessed by… View more
- Instrumentation
Discover the right solution for your specific application needs with PerkinElmer, your proven… View more
- Ligand Receptor Binding
Radioligand binding assays are an important tool in many disciplines in biological sciences… View more
- Microplate Information
PerkinElmer offers a complete range of high quality application-focused microplates, at a… View more
- Protein Interaction
Protein–protein interactions involve not only the direct-contact association of protein molecules… View more
- RNA
RNA quantitation or estimation assays are one of the most widely used methods in life science… View more
- Bibliography
The following is a list of known publications involving the use of SPA… View more