Flow Cytometry Lab Levels Up
What to know: The UWCCC Flow Cytometry Laboratory has installed a new BD FACSDiscover S8 Cell Sorter—featuring 78 spectral and 6 imaging channels—replacing an aging FACSAriaII.
Why it matters: This upgrade dramatically enhances researchers’ ability to visualize and sort cells with precision, supporting more rigorous, reproducible science in cancer research.
Rigor + Reproducibility: A Core Priority
What to know: The lab is doubling down on best practices in flow, spectral, and image cytometry—emphasizing controls, reagents, and instrument calibration.
Why it matters: Reproducibility is the backbone of credible science. The lab ensures researchers generate data that stands up to scrutiny and builds a reliable foundation for future discoveries.
Who it impacts: Any UWCCC investigator using cytometry in their research—from basic science to translational studies.
Knowledge In, Knowledge Out
What to know: Lab staff attended CYTO and GLIIFCA conferences, bringing back the latest protocols and tech insights to share with UW researchers.
Why it matters: Staying current with evolving technologies ensures UWCCC researchers have access to cutting-edge tools and techniques.
Go deeper: Ask the Flow team about new spectral cytometry workflows or imaging-based cell sorting strategies.
Core Facilities = Research Compass
What to know: The Flow Cytometry Lab is more than a service—it’s a strategic partner in research design and execution.
Why it matters: Cores like Flow are staffed by experts who help researchers ask better questions, design stronger experiments, and generate more meaningful data.
Actionable: Reach out early in your project planning to maximize the lab’s support and avoid costly missteps.