Measuring T-cell exhaustion: A multiplexed approach utilizing advanced flow cytometry

Characterizing immune cell functions such as the induction and persistence of T-cell exhaustion, is important in advancing therapeutic interventions. Hence the development of novel therapies relies on powerful analytical screening tools to probe cellular functions.

The technique of flow cytometry is used to determine key immune cell characteristics such as immunophenotyping, cytokine production and cell function. Progress within flow cytometry, has increased its ability to obtain large amounts of data for testing potential treatments. However, to obtain complex biological data, there is a need to streamline, simplify and accelerate the use of the technique.

Advanced flow cytometry merges high-throughput sampling and advanced data analytics, to improve the identification and analysis of complex biological data.

Key learning objectives

• Learn about the production of multiplexed biological data
• Hear a discussion of T-cell exhaustion
• Discover the applications of advanced flow cytometry
• Live questions and answers

Who should attend?

• Immunologists, Immuno-oncology researchers
• Cancer immunotherapy drug discovery researchers, in biotechnology, pharmaceuticals, biopharma and academia

Certificate of attendance

All webinar participants can request a certificate of attendance, including a learning outcomes summary, for continuing education purpose