Flow cytometry (FC) is a powerful tool for multi-parametric cell characterization. In this article, we explore the advances ...

For this reason, some people still use the term FACS generically to mean flow cytometry and the instruments that perform it. Although instruments have since evolved, the basic principles of flow ...

Usually, ‘What happens in Vegas, stays in Vegas’, is the prevailing moto of Sin City, but that is certainly not the case for ...

In this blog, we will closely examine the principles of flow cytometry, its components, and its numerous applications in science and medicine. At its core, flow cytometry works as an arrangement for ...

Given that the role of PRMT1 in metabolic regulation has been well-documented, we then investigated whether PRMT1 is involved in transforming 6133 cells through metabolic reprogramming. To assess this ...

Protein phosphorylation is a cornerstone of cellular communication, orchestrating rapid and precise responses to ...

The basic principles for CLD include preliminary screening for high ... The cells must be characterized by flow cytometry in the early cloning selection stage to identify cell lines with high ...

By targeting surface markers on cancer cells, engineered synthetic receptors expressed on immune cells can be directed to ...

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To support physicians in treating cancer patients, oncology laboratories can benefit from adopting end-to-end automation of flow cytometry workflows. Rapid advances in automation are improving ...

Hundreds of fluorochromes are available to users conducting flow cytometry assays, each with unique properties that influence panel resolution and data quality. Selecting the right combination can be ...