Intracellular Flow Cytometry Fundamentals Proteins produced by cells get shuttled around and end up in a variety of locations, whether they are embedded on the cell surface, contained internally within the cell, or secreted outside of the cell. Intracellular flow...
Live-Cell 3D Imaging with Fluorescence Nanoscopy Advances in microscopy techniques now allow for ultra-high-resolution imaging of fluorescently labeled markers within living three-dimensional (3D) cell cultures. This provides researchers with a more accurate spatial...
Antigen Density Antigen density refers to the number of target molecules in a specific cell subset. Antigens expressed at high levels are densely populated on the cell, making them more readily available for antibody detection. Understanding antigen density is...
How cytometry is helping researchers fight a pandemic Flow cytometry is playing a central role in shaping our understanding of COVID-19 disease and the SARS-CoV-2 virus. Here we highlight how research teams are using flow cytometry to detect SARS-CoV-2, identify...
State of Spectral Flow Cytometry Spectral analyzers are the next generation of multicolor flow cytometers offering unparalleled sensitivity, increased detection range, do-it-all flexibility, and ease of use. Unlike conventional flow cytometers which use dichroic...
Analysis Software FluoroFinder’s panel builder tool is the obvious choice to simplify your flow cytometry experiment design, but you will also need to choose software for efficient data analysis. Your lab or core facility may already have one or more analysis...
