Monitoring of cell viability in adherent and suspension cells using electrical imaging

Monitoring cell viability is essential for evaluating drug effects in biomedical research. Traditional assays often rely on destructive end-point measurements, limiting their ability to capture dynamic cellular responses. Scalable, non-destructive technologies that enable real-time analysis of cell viability are critical for advancing both efficacy and safety testing.

In this application note, you will explore:

• How CytoTronics’ electrical imaging platform captures real-time changes in cell proliferation and viability
• Multi-parametric data characterizing the response of lung adenocarcinoma cells to the chemotherapeutic drug Paclitaxel over time
• Comparisons between impedance-based results and traditional end-point cell viability assays in assessing Paclitaxel efficacy and dose response