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Flow Cytometry Blog

Preclinical Flow Cytometry - More than Immunophenotyping

Posted on: March 13, 2019

Flow cytometry is a powerful tool for surveying the cellular landscape during preclinical development of drugs and biologics. But flow cytometry can go beyond immunophenotyping to actual functional measurements that can contribute to understanding the true potential of a therapeutic candidate. To make the most of your flow cytometry studies, consider these other assays as you plan the next phase of preclinical development.

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Keeping Control of your Flow Cytometry Assay – FMOs and Isotype Controls

Posted on: March 06, 2019

High quality flow cytometry assay data can be obtained with well-maintained flow cytometers and high-quality processing and staining protocols. At the center of these operations, are the inclusion of the appropriate control samples, which is critical to guaranteeing the quality of flow cytometry assay data. Isotype controls and fluorescence minus one (FMO) controls are critical in assuring that the correct fluorescence signals are being measured, and also that these controls are separate from compensation controls which address spectral overlap effects. Consider these aspects of FMOs and isotype controls as you plan your next flow cytometry experiment.

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Cell Sorting for Monoclonal Antibody Production

Posted on: February 27, 2019

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Five Facts about Phosphoflow Cytometry Assays

Posted on: February 20, 2019

Phosphoflow cytometry assays are becoming a valuable tool for researchers developing immuno-oncology applications because data from these assays can provide critical mechanistic insights. Phosphoflow assays measure phosphorylated proteins in cells, which is a critical readout for cell signaling responses. Check out these five facts about phosphoflow cytometry and consider adding this tool to your cytometry toolbox.

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Sorting for Rare Cell Phenotypes

Posted on: February 13, 2019

The immune system is comprised of a multitude of unique cell subsets. Each cell type, from B and T cells, to macrophages, monocytes and dendritic cells, have been phenotypically subdivided into unique subsets as we learn more about the phenotypic signatures that define these cells. Flow cytometry has been the central tool in evaluating and defining cell subsets, and major advances in immunophenotyping have occurred recently as more parameters can be measured during a single run on newer flow cytometers.

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Computational Cytometry | Flow Cytometry Data Analysis in the Era of Quantitative Data Science

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