Live‑Cell Confocal Imaging for 3D Cell Analysis
Authors: K. Barnes1, J. Bezenah2, J. Rauch2*, Libuse Oupicka2, Richard Lister2
1 Sartorius (Essen Bioscience), Royston, Hertfordshire, UK
2 Sartorius, Ann Arbor, US
*Corresponding author: john.Rauch@sartorius.com
Last Updated: February 2026
Overview
This poster highlights how live‑cell confocal imaging enables quantitative, multiparametric analysis of complex 3D cell models, including spheroids and organoids. Using the Incucyte® CX3 system, researchers evaluate apoptosis, cell cycle dynamics and therapeutic compound effects in real time under physiologically relevant conditions. Integrated imaging and analysis tools support high‑throughput classification, kinetic measurements and insightful assessment of drug‑induced responses across mixed‑cell populations. The workflow demonstrates how advanced 3D imaging accelerates understanding of cellular mechanisms and enhances preclinical research.
Resource Details
- Document Type: Poster
- Page Count: 1
- Read Time: 5 minutes
Key Takeaways
- Live‑cell confocal imaging enables quantitative, real‑time analysis of complex 3D cell models, including spheroids and organoids.
- Multiparametric readouts reveal apoptosis, cell cycle changes and therapeutic compound effects under physiologically relevant conditions.
- Integrated image analysis tools classify mixed spheroid populations and track kinetic responses with high sensitivity.
- Workflow accelerates evaluation of drug efficacy, toxicity and cellular mechanisms across diverse 3D applications