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Developing novel tetraubiquitin substrates and AlphaLISA technology to provide next generation deubiquitinase assays
This application note presents novel biochemical DUB assays that use TUBEs to bind to tetraubiquitin substrates of at least three natural linkages. These assays, combined with Revvity’s AlphaLISA™ technology, allow for the measurement of protein interactions and large protein complexes in a no-wash, homogeneous assay.
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Detection of human matrix metalloproteinase 9 in complex sample matrices, a comparison of AlphaLISA and colorimetric ELISA immunoassays
This note compares two immunoassay technologies: ELISA (enzyme-linked immunosorbent assay) and AlphaLISA™ (amplified luminescent proximity-based homogeneous assay).
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Rapid no wash assays for characterizing a mouse TIGIT/PD-L1 bispecific antibody
In this application note, we demonstrate how AlphaLISA™ assay technology can be used for bispecific antibody detection.
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Protocol optimization for detection and quantification of membrane-bound proteins using AlphaLISA technology
AlphaLISA kits have the capability to assess hundreds of targets, including cytokines, proteins circulating in the blood, and cellular proteins.
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Streamline the HEK 293 HCP impurity quantification workflow with new, no-wash AlphaLISA HEK 293 Host Cell Protein Kit
Read our new HEK HCP application note to learn about HEK 293 HCP impurity quantification using AlphaLISA technology (link not available yet)
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A quick and direct Candida albicans lysis efficiency comparison using the Cellometer X2 fluorescent cell viability counter.
Application note for Cellometer X2Candida albicans lysis efficiency
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Reliable quantification of Candida albicans by Cellometer X2 cell counter: correlation study with qPCR and ddPCR
Application note for Cellometer X2 correlation study with qPCR and ddPCR
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Alpha technology: a fast and sensitive orthogonal approach to cell-based potency assays
Learn why Alpha technology is an ideal cell-free orthogonal system for potency assays.
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A novel method for T-cell immunophenotyping using the Cellometer Spectrum image cytometer.
Application note describing a novel method for T-cell immunophenotyping using the Cellometer Spectrum image cytometer.
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An alternative image-based technique for phytoplankton cell counts in shellfish aquaculture.
Application note describing an alternative image-based technique for phytoplankton cell counts in shellfish aquaculture using the Cellometer Auto T4 brightfield cell counter.
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Insect cell counting and size analysis using the Cellometer Auto T4 brightfield cell counter.
Application note descrbing counting and size analysis of insect cells using the Cellometer Auto T4 brightfield cell counter.
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Cell counting repeatability and consistency using the Cellometer Auto T4 brightfield cell counter.
Cell counting repeatability and consistency using the Cellometer Auto T4 brightfield cell counter.
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