The PathHunter™ technology from DiscoveRx is an adaptation of Enzyme Fragment Complementation (EFC) that provides a novel, generic cell-based assay…
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Reporter genes are a well-established method used to develop cell-based assays for testing drugs that inhibit targets involved in specific…
Read MoreDiscoveRx® has pioneered a novel enzyme complementation system to monitor cellular events such as protein translocation, protein interactions, and degradation…
Read MoreDiscoveRx® has pioneered a novel enzyme complementation system to monitor cellular events such as protein translocation, protein interactions, and degradation…
Read MoreDiscoveRx has developed a novel application of our established Enzyme Fragment Complementation (EFC) technology that allows us to monitor protein-protein…
Read MoreThere are numerous assays available to measure the activity of enzymes involved in the transfer of a phosphate from ATP…
Read MoreRegulatory authorities define biosimilars as drugs that are “highly similar” to or “interchangeable” with an approved biologic. The lack of…
Read MoreKinase targets have been extensively studied in biochemical assays using purified protein fragments for the kinase and the substrate. However,…
Read MoreLigand-induced receptor dimerization is an early functional step in receptor activation, representing the most proximal, functional read-out for Interleukin receptors.…
Read MoreChimeric antigen receptor (CAR)-T cells, which are engineered to recognize target cell surface antigens expressed on tumor cells, have shown…
Read MoreThe pattern of intracellular signaling downstream of GPCR activation is now known to be specific to the ligand-receptor pair as…
Read MoreNeutralizing antibodies (NAbs) to biological drugs may cause loss of therapeutic efficacy and in some cases, loss of endogenous protein…
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