Bioauxilium specializes in the design, development and manufacturing of ready-to-use TR-FRET assay kits that simplify laboratory workflow and accelerate drug discovery and life sciences research.
At the SLAS2023 International Conference and Exhibition in San Diego, we announced the expansion of our no-wash THUNDER™ time-resolved Förster resonance energy transfer (TR-FRET) technology portfolio by introducing six new Biomarker research Assay Kits, a Reader Control Kit, and an enhanced Assay Development Service for drug discovery research. The new offerings include a panel of […]
See moreHIDEX has assessed the performance of THUNDER™ Phospho-ERK1/2 (T202/Y204) TR-FRET Cell Signaling Assay Kit and THUNDER™ Phospho-STAT4 (Y693) TR-FRET Cell Signaling Assay Kit on the HIDEX Sense multi-mode microplate reader. The results showed robust assay performances with a variety of instrument settings. Highlights The THUNDER™ Phospho-ERK1/2 (T202/Y204) and Phospho-STAT4 (Y693) Assay Kits were tested […]
See moreMolecular Devices has evaluated the performance of the THUNDER™ Phospho-ERK1/2 (T202/Y204) TR-FRET Cell Signaling Assay Kit on three TR-FRET compatible multi-mode microplate readers: SpectraMax® iD5, SpectraMax® i3x, and SpectraMax® M5e. The results, summarized in an Application Note, showed robust assay performances on all instruments. Highlights The THUNDER™ Phospho-ERK1/2 (T202/Y204) Assay Kit was tested […]
See moreAn increasing number of pharma and biotech companies, as well as CROs and academic laboratories, are adopting BioAuxilium’s THUNDER™ TR-FRET assay platform to quantify key human cytokines in cell supernatants. Based on customer feedback, there are 3 key reasons. Reason #1: High performance assays THUNDER™ Human Cytokine Assay Kits are designed to measure key human […]
See moreIn the framework of our ongoing strategic collaboration with BMG LABTECH, we have evaluated the performance of a panel of three THUNDER™ TR-FRET phospho-proteins assays and five human cytokine assays on the flexible and powerful CLARIOstar® Plus multi-mode microplate reader. The results, summarized in the Application Note 361 and in a tutorial showed an excellent assay […]
See moreAs part of our ongoing strategic collaboration with BMG LABTECH, we have recently evaluated the performance of a panel of five THUNDER™ TR-FRET human cytokine assays on the top-of-the-line PHERAstar® FSX multi-mode microplate reader. The results, summarized in the Application Note 365, showed a superb assay performance of our assays on this HTS instrument. Figure 1: THUNDER™ […]
See moreAt the SLAS2022 International Conference and Exhibition in Boston, we announced the expansion of our no-wash THUNDER™ time-resolved Förster resonance energy transfer (TR-FRET) technology portfolio by introducing new cell signaling pathway and biomarker research assay kits, along with a panel of “mix and match” toolbox reagents. The new offerings bring our portfolio to a total of […]
See moreBioAuxilium has published an article in the J Vis Exp (JoVE) Journal (Biochemistry). In this paper, we describe in detail protocols for the simple, sensitive, robust, and cost-effective measurement in a 384-well format of endogenous phosphorylated STAT1/3/4/5/6 proteins, together with total STAT1/3/5/6, in cell lysates using the THUNDER™ TR-FRET platform. In brief: We measured the […]
See moreBioauxilium has initiated strategic collaborations with leading developers of microplate detection instruments to demonstrate the compatibility of its increasingly popular THUNDER™ TR-FRET assay platform with select high-value multimode microplate readers under real assay conditions. Agilent BioTek® has recently evaluated the performance of the THUNDER™ Phospho-AKT pan (S473) TR-FRET Cell Signaling Assay Kit on the Synergy™ […]
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Bioauxilium is proud to announce the publication of an updated Application Note describing for the first time a comparison among three commercial TR-FRET assay platforms for measuring endogenous phosphoproteins in cellular lysates. The results of this head-to-head study demonstrate superior or comparable performance of THUNDER™ Cell Signaling Assays Kits to that of two existing TR‑FRET […]
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