Reporter Genes | Sartorius

Reporter Genes

Use IncuCyte® Live-Cell Analysis System to measure signaling pathway activation via transcriptional fluorescent reporter genes. Measure activity of any promoter driven recombinant GFP/RFP reporter gene expression in real time.

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eBook

Live-Cell Analysis Handbook: 6th Edition

Discover how the power of artificial intelligence for label-free, live-cell imaging and analysis is moving research forward and driving deeper discove...

Application Note:

Gain additional insights into the mechanism of immune cell killing by combining live cell analysis and flow cytometry into a single workflow

Key Advantages

Key Advantages

Fully kinetic measurements

Measure temporal expression of GFP/RFP reporter gene following target or pathway stimulation (e.g. NF-kappaB). Real-time kinetic data offers insights not attainable with end-point assays

Straightforward & Cost effective

Unlike luciferase assays, does not require a terminal reaction substrate saving time and money. No requirement to define end points a priori

Amenable to 96 and 384-well formats

Provide 576 or 2,304 wells of data per IncuCyte® system at each time point


Validate data with images & movies

Interrogate cell morphology changes by visualizing images and time-lapse movies

Automated image acquisition and processing

Acquire and analyze images using fully integrated software algorithms. Visualize kinetic plots in microplate views. Export data to calculate EC50/IC50 values

Example Data

Left: IncuCyte fluorescent image of HEK293 cells transiently transfected with a commercially available reporter gene construct (pNF-kB-rhGFP). Representative fluorescent image taken at 20h of cells treated with rhTNF-alpha (11 ng/ml). 

 Right: Time-course of induction of NF-kB driven rhGFP reporter gene expression following rhTNF-alpha stimulation in HEK293 cells (n=5 wells).

Technical Resources

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Brochure

Incucyte® Reagents, Consumables and Software

PDF | 9.1 MB

Reporter Gene Application Note

PDF | 2.1 MB

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