2026
August 16–20, 2026 · San Diego, CA
Hosted by Sanford Burnham Prebys
The 49th Annual Course in Cytometry brought the course back to San Diego, hosted by Sanford Burnham Prebys — as the 46th was in 2023 — and organized by Cytometry Educational Associates, Inc. The week featured in-depth lectures and hands-on lab sessions led by experts in the field who are as enthusiastic about education as they are about cytometry.
Course materials from 2026 remain available at the San Diego course website.
“A New Window into the Secret Life of T Cells”
Miguel Reina Campos, Ph.D. · Sunday, August 16
Bldg 12
Lectures: Bldg 12 · Lab: Bldg 6
Lectures: Bldg 12 · Lab: Bldg 6
Lectures: Bldg 12 · Lab: Bldg 6
Lab: Bldg 6
Fourteen hands-on labs were offered. Participants ranked all fourteen by preference and attended five, with assignments provided at registration.
Rui Gardner, Ph.D. · Michael Gregory · Alan Saluk
Basic stream physics, optimized sorting parameters, and best-practice sample preparation, building an understanding of successful experimental design for cell sorting.
Mark Wilder · Travis Woods
Students built a one-parameter flow cytometer from parts, finishing with a working instrument running fluorescent microspheres and time to fine-tune it toward a 1–1.5% C.V.
Jennifer Hope, Ph.D. · Hannah Hetrick
Hands-on training in processing mouse tumor and spleen tissues into single-cell suspensions, comparing manual and enzymatic dissociation and tracing how technical variables such as temperature and enzyme cocktail change the final data. Techniques transfer to a wide range of other tissues.
Alex Henkel
A practical workshop for core facility directors and staff on the operational, financial, and scientific challenges of running a shared cytometry resource — service models, pricing, strategic planning and partnerships, and change management.
Mark Naivar · Jim Freyer, Ph.D.
Using flow cytometer simulators to explore the factors that drive data quality: thresholding, PMT voltage, coincidence, aggregates, and sample throughput, plus instrument setup, calibration, and gating basics — all without cells or reagents.
Rachael Sheridan, Ph.D.
An introduction to data scaling and plots, data and compensation QC, gating, and figure preparation, designed for those newer to analysis workflows and worked through in the browser-based CytoScribe software.
John Quinn, Ph.D. · Jack Panopoulos, Ph.D.
Computational approaches to preprocessing, quality control, dimensionality reduction, clustering, and population identification in high-parameter data, with hands-on work in FlowJo and Cytolytics and strategies for integrating AI into a human-directed workflow.
Kathleen McGrath, Ph.D. · Daniel Vocelle, Ph.D.
Independent hands-on tutorials spanning novice to advanced, run across three imaging platforms — ImageStream (ISX MarkII), FACSDiscover A8, and CytPix — comparing applications and analytical approaches between systems.
Lorena Hidalgo · Alexander Nicols, Ph.D.
Designing, optimizing, and executing multicolor experiments to identify immune cell populations: instrument setup, staining strategies, compensation and spectral overlap, antibody titration, FMO/isotype/viability controls, and gating for innate and adaptive subsets.
Sean Maynard
Hands-on introduction to Nanovial technology for cell–cell interaction studies — hydrogel microcontainers that co-localize defined cell pairs, capture functional readouts, and enable sorting on cell behavior.
Lisa Nichols, Ph.D. · Dagna Sheerar
General rules for panel design — instrument choice, pairing fluorochromes with targets, controls, spillover spreading, fluorochrome similarity — followed by group work manually designing a 10–15 color panel and a demonstration of automated panel design platforms.
David Leclerc · Bert Ladd
Building a thorough understanding of the QC protocol and interpretation of QC results, a methodical approach to troubleshooting mechanical issues, and recognition of the most common instrument failure modes.
Rea Dabelic
An interactive look at the Illumina single-cell RNA-Seq workflow, from sample preparation and microfluidics-free cell capture and barcoding through downstream clustering, cell-type identification, and differential expression.
Anna Belkina, M.D., Ph.D. · Laura Prickett
A dry lab on the design, setup, analysis, and troubleshooting of spectral experiments. Groups rotated among commercial platforms analyzing curated datasets, identifying unmixing problems and artifacts, and working through autofluorescence management strategies.
Platinum
Gold
TBD: the complete sponsor roster to be added as records are compiled.