Guest Authored By: Kelly Lundsten There aren’t many people left who need to be convinced that spectral cytometry, the pivotal coalescence of engineering and computational advancements that has enabled 401-5 and 506 color flow cytometry, is destined to become a...
Every year, the number of fluorescent dyes available for scientific research continues to grow, and 2025 has been no exception. Novel fluorochromes are expanding the limits of both traditional and spectral flow cytometry, as well as advancing spatial biology...
For decades, traditional flow cytometry has been the dominant technique for analyzing single cells within large, heterogeneous populations. However, imaging flow cytometry (IFC) is rapidly becoming more mainstream due to the advantages that it can provide. We spoke...
Guest Authored By: Kelly Lundsten I often think about a concept called the pinball effect. Distilled, it is the knowledge of all of the small changes made by people whose names are remembered, or not, who optimized a process or invented a new chemistry or asked “why”...
Cover Image: Selected images of a melanoma specimen subjected to 20 cycles of Cyclic IF after cycles 0, 5, 15 and 20. Used without modification under Creative Commons Attribution 4.0 International License from (Lin, 2018) Figure 4G. Spatial biology aims to...
Spectral flow cytometry improves on traditional flow cytometry by capturing the entire emission spectrum of each fluorochrome, rather than isolating specific wavelengths. This enables more precise resolution of overlapping fluorochromes and greater flexibility in...
