- Home
- Applications
- Cell Monitoring & Workflows
- Transfection Efficiency
Applications
Transfection Efficiency
Monitor and quantify the efficiency and timecourse of gene transfection using GFP/RFP constructs.
3rd Edition! Live-Cell Analysis Handbook
A guide to real-time live-cell imaging & analysis
Application Note:
Gain additional insights into the mechanism of immune cell killing by combining live cell analysis and flow cytometry into a single workflow
Download Your CopyKey features
Key features
Reagent Optimization
Using GFP/RFP tagged constructs, easily compare the efficiencies and time-course of expression with different transfection conditions e.g. cationic lipid reagents, amount of DNA, exposure time and presence of serum
Amenable to multiple tissue culture vessels
Use either T-flasks, microplates or dishes. Low though to high magnification (4x, 10x, 20x). Image multiple areas of your vessel to highlight spatial variations and optimize cell distribution
Monitor Cell Confluence and Cell Health
Prior to transfection, accurately assess cell confluence to standardize cell transfection technique. Post transfection, monitor the effect of reagents on cell health using label-free phase segmentation
Monitor Expression Intensity
Use histograms to monitor the distribution of GFP/RFP intensity of transfected cells
Example data
Example data
Upper left: Time-course of nuclear GPF expression in A549 human lung carcinoma cells transduced with IncuCyte® NucLight Green lenti- virus. Abscissa: time (h), ordinate: fluorescent object count (per mm2). Upper right: IncuCyte® blended HD-phase contrast and green fluorescence image of A549 cells transduced with NucLight Green lenti-virus (48h). Note nuclear restriction and homogenous expression of GFP. Transduction of cells with NucLight Green is titratable (lower left: A549 cells, lower right: HUVECs) and transduction efficiencies can be enhanced with Polybrene (lower left: A549 cells).
