Visualizing Cellular Dynamics in Cancer Research

with Celloger® Pro

About this webinar

Cancer research involves understanding complex cellular processes that contribute to tumor development and progression. From cell proliferation and survival to interactions with immune cells, these processes are highly dynamic and often change over time. While conventional endpoint assays provide valuable information at specific time points, live-cell imaging offers deeper insights by capturing how cellular responses develop and evolve throughout an experiment.

Join our upcoming webinar to discover how Celloger® Pro can be used to visualize and analyze these dynamic processes through live-cell imaging and quantitative analysis. Through real experimental examples, we'll explore four cancer research applications, including cell cycle, apoptosis, mitochondrial membrane potential, and NK cell killing.


What you'll learn:

  • Cell cycle assay: Track cell-cycle progression and monitor changes in cell-cycle distribution over time using fluorescence-based imaging.
  • Apoptosis assay: Visualize caspase activation and cell-death progression in 2D cell cultures and 3D spheroid models.
  • Mitochondrial membrane potential assay: Assess changes in mitochondrial polarization using fluorescence-based analysis.
  • NK cell killing assay: Monitor NK cell-mediated cytotoxicity and immune–tumor interactions in suspension cells and 3D spheroids.

Your Presenter

Eunkyung Lee
Application Specialist
Curiosis Inc.
  • Eunkyung Lee
    Application Specialist
    Curiosis Inc.