Flow Cytometry – Multimedia

Download this eBook to learn how modern flow cytometers are advances enabling advances in fields such as molecular biology, immunology, environmental science and pathology.

Flow cytometry enables the simultaneous analysis of multiple proteins, gene expression, and cell functions from an individual cell. This technology makes it possible to obtain a statistically relevant amount of data.

Over recent years, single-cell sequencing has become a method ubiquitously used across several different areas of biological research. Why have so many researchers so rapidly adopted this relatively novel set of techniques and how can they be applied?

In this list, discover more about the key RNA-seq techniques used in neuroscience, including the direction and contributions of single-cell RNA sequencing, patch-seq and fluorescence in situ sequencing.

Download this list to discover more about some of the latest key techniques in cell therapy quality control.

Now more than ever, across vast areas of study, researchers are developing innovative applications for new areas of research, improving data quality and expanding the boundaries of experimental limitations. These advances are enabled by increasingly sophisticated instruments and software – including in flow cytometry.

Download this guide to learn more about what cell types are responsible for disease, what genes are important for immune activation and how do you understand the immune response to vaccination or infection in patients.

Flow cytometry is an extremely widespread technique in the biomedical field as it has a large range of applications and is applicable to many cell types. Access this guide to discover the stages involved in achieving high-quality and reproducible flow cytometry data.

This listicle details the top 10 most-read non-COVID-19 cancer research news stories from the field this year, published on Technology Networks.

Download this infographic to learn how advanced flow cytometry can be used to enhance research into cell health and viability.