This 30-minute webinar shows you how to make your own cell-based assays to analyze β-arrestin recruitment in any cell type.…
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Learn how KILR® cytotoxicity assays provide a simple, non-radioactive and dye free method to specifically measure target cell death in…
Watch NowProtein kinases are critical to many cellular pathways and play a role in several therapeutic areas such as oncology, inflammation,…
Watch NowDiscoveRx’s PathHunter® platform is a simple, cell-based, chemiluminescent assay format that allows for screening large numbers of small molecules or…
Read MoreA common feature of 7TM receptors is that upon activation, the receptors are bound by cellular Arrestin proteins. DiscoveRx has…
Read MoreOrphan GPCRs continue to represent a target class with immense potential for the discovery of novel therapeutic compounds. In spite…
Read MoreClass I therapeutic antibodies achieve their clinical efficacy not only by binding to their target antigen, but also through Fc…
Read MoreAssays that directly detect compound binding inside cells can be of great utility in translating in vitro data to more…
Read MoreUbiquitin-mediated degradation of signaling proteins is a primary means of signal regulation in a wide variety of cellular processes including…
Read MoreDiscoveRx has developed a novel application of our established Enzyme Fragment Complementation (EFC) technology that allows us to monitor protein-protein…
Read MoreLigand-induced receptor dimerization is the first functional step in receptor activation, representing the most proximal, functional read-out for receptor activation.…
Read MoreLigand-induced receptor dimerization is the first functional step in receptor activation, representing the most proximal, functional read-out for receptor activation.…
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