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Application Note Icon   Application Note
Adaptation of a bacterial growth detection assay on the VICTOR Nivo for measurement of antibiotic effects
In this application note, the VICTOR Nivo™ plate reader is used for automated detection of bacterial growth assay to help prevent common issues and to greatly reduce consumables and waste. Learn more.
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Quantification of ADAMTS13 activity by FRET assay and kinetic data analysis using MyAssays Desktop on the VICTOR Nivo
In this application note, the VICTOR NivoTM multimode plate reader is used in combination with MyAssays® Desktop Software to perform kinetic assays and analyze data in a more straightforward and efficient manner.
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Quantification of proteins by UV-Vis absorbance using VICTOR Nivo with microvolume plates
The VICTOR NivoTM helps scientists rapidly determine the concentration of protein that is commonly required in studies of protein biochemistry and molecular biology. Utilizing UV/Vis analysis of proteins, this method can be simple and non-destructive.
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High-throughput DNA quantification for next generation sequencing on the VICTOR Nivo
In this application note, we compare the results of two dsDNA quantification methodologies using the VICTOR Nivo plate reader.
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Fast and Easy Calcium Flux Assays on the VICTOR Nivo Multimode Plate Reader
In this application note, we analyze fast intracellular Ca2+ signaling upon GPCR stimulation and inhibition using an Aequorin-bioluminescence assay measured on the VICTOR™ Nivo multimode plate reader.
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Adaptation of a Bacterial Growth Detection Assay on the VICTOR Nivo for Measurement of Antibiotic Effects
In this application note, the VICTOR® Nivo™ plate reader is used for automated detection of bacterial growth assay to help prevent common issues and to greatly reduce consumables and waste. Learn more.
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Cellometer X2 fluorescent cell viability counter: A rapid method for Candida albicans culture sample stability determination.
Application Note using the Cellometer X2 fluorescent cell viability counter to determine Candida albicans culture sample stability.
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Machine-learning prediction of drug mechanism of action from high-content cell painting images
This application note demonstrates how machine-learning and high-content imaging can be applied to predict drug mechanism of actions.
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Rapid screening of novel therapeutics by ImmuSignature™ T cell activation assay
This application note describes the development of a robust T cell activation assay to assess the impact of novel therapeutics on T cell function.
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Base editing with nuclease flexibility
In this application note, we demonstrate how the Pin-point™ base editing platform’s modularity allows for its components to be optimized to the target site.
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Induced regulatory T cell suppression assay for compound screening
This application note describes our high-throughput functional assay to assess the effect of compounds on iTreg function to enhance or inhibit their suppressive activity on T cells.
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Polarization of naïve CD4+ T cells to induced regulatory T cells for compound screening
This application note describes our screening platform for compound testing with the phenotypic characterization of iTregs.
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