Advancing Pathway Analysis with Custom Luciferase Reporters

12 Dec 2018

To enable investigation of key cellular signaling pathways, Promega has developed a prtfolio of bioluminescent reporter gene assays using firefly and Renilla luciferases. In combination with best-in-class luciferase detection reagents, these genetic reporter systems enable interrogation of important cellular responses involved in cancer, inflammation and CNS disease.

ONE-Glo™ Luciferase Assay System

Promega Corp.

The ONE-Glo™ Luciferase Assay System provides a highly sensitive, robust, homogeneous assay for detection of firefly luciferase reporter gene expression in mammalian cells. Ideally suited for high- and ultrahigh-throughput applications, the ONE-Glo™ Assay contains a new luciferase substrate, resulting in a reagent that is more stable, more tolerant to sample components, and has less odor than standard luciferase assay reagents. These features ensure that the ONE-Glo™ Assay provides robust performance and also eliminates many of the handling inconveniences experienced using other reporter assays in a high-throughput setting. Features - Benefits Simplify Your Assay Optimization: The robust performance, reduced odor, improved storage, and larger available sizes make assay optimization even easier and more efficient. Store at Room Temperature or at 4°C: The extended stability of the ONE-Glo™ Reagent at room temperature and 4°C makes it more convenient for everyday use. Improve Assay Precision: Because the ONE-Glo™ Reagent is less sensitive to mixing and dispensing conditions, reproducibility is enhanced. The assay is ideal for use in high-density (384- and 1536-well) microplates. Get a Brighter, Longer-Lasting Signal: Optimized for batch and continuous-process handling, the extended bright light output of the ONE-Glo™ Assay allows high sensitivity, especially when extended incubation is required prior to reading results. Reduce Unwanted Effects from Sample Components: The novel chemistry used in the ONE-Glo™ Assay is less sensitive to culture media, phenol red, and luciferase inhibitors than other luciferase assays.

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Advancing Pathway Analysis with Custom Luciferase Reporters