What separates a good panel from a great one? Discover key considerations for designing effective spectral flow cytometry panels. This session introduces practical strategies for selecting and pairing fluorochromes to enhance data quality, improve resolution, and support more confident biological insights in complex multicolor experiments.

How can researchers build spectral panels that remain robust as complexity grows? Discover a practical framework for panel design, validation, and expansion, while learning strategies to maintain reproducibility, consistency, and biological resolution across experiments and evolving research needs.

Can panel design impact scientific discovery? Using real biological datasets, this session demonstrates how data quality, marker resolution, and analytical strategies work together to reveal hidden cellular diversity and generate deeper insights from spectral flow cytometry experiments.

Explore how imaging-enabled spectral flow cytometry is expanding beyond traditional fluorescence measurements. Discover how image-derived parameters and spatial information can provide deeper insights into cellular function, activation states, and cell-to-cell interactions, opening new possibilities for single-cell analysis and biological discovery.