Incucyte® Immune /T Cell Clustering & Proliferation Assays
Visualize and quantify immune cell interactions and proliferation in real time.
Label-free detection of T cell aggregation.
Enables accurate quantification of cell clustering over time
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The Incucyte ZOOM® system allows you to investigate the mechanisms of immune cell activation (proliferation), regulation and differentiation (clustering) within your incubator.
- Real-time visualization and automated analysis
- Monitor the full-time course within your cell incubator
- Label-free, kinetic measurements
- No washing, no cell lifting, no antibody labeling
Analyzing Cell Subsets and Heterogeneity from Live Cells
Considerable heterogeneity of individual cells exists even in the simplest cell system. Such heterogeneity is mirrored by the diversity of pharmacological responses at the cellular level, where even seemingly identical cells may respond differently to drug treatments and perturbagens. Hence, analysis at the cell-by-cell level promises additional biological insights beyond which whole population measures may deliver. In this white paper, we illustrate techniques of analyzing living cells over time, and describe new, industrial-scale analysis solutions for quantifying the phenotypic biology of cell subsets in heterogeneous cultures.
Analysis of Immune Cell Activation and Clustering Using the IncuCyte® System
This video shows time lapse movies acquired using IncuCyte® ZOOM live-cell analysis system showing real-time analysis of T cell clustering within a population of peripheral blood mononuclear cells (PBMC) following treatment with either anti CD-3 and IL-2 (activated) or vehicle (non-activated).
The third edition of the Live-Cell Analysis Handbook published
Latest edition includes two new chapters for scientists who perform cell biology assays
How to Use Live-Cell Analysis for Neuroscience Applications
Learn how live-cell analysis techniques can benefit your neuroscience research, in this expert on-demand masterclass
Trapping Microbes: Live-Cell Visualization of NETosis
A new method to detect and quantify neutrophils’ defense mechanism, NETosis, using live-cell imaging
