Harnessing flow cytometry for high-throughput screening in immunotherapy development
Nov
12
2024
On demand

Harnessing flow cytometry for high-throughput screening in immunotherapy development

Tuesday 08:00 PST / 11:00 EST / 16:00 GMT / 17:00 CET
Sponsor
Harnessing flow cytometry for high-throughput screening in immunotherapy development

Unlike traditional cancer treatments such as chemotherapy, immunotherapies are tailored to individual patients, offering more personalized and less invasive options. However, designing effective therapies requires an in-depth understanding of immune dynamics. This is where flow cytometry plays a pivotal role. 

Attend this panel discussion webinar for insights on using high-throughput screening (HTS) cytometry to analyze and profile immune cells on a large scale, to identify key biomarkers, monitor cellular responses, and predict therapeutic efficacy. By rapidly sorting and assessing cell populations, this technology accelerates drug screening and aids in factor identification that may influence a patient's response. 

Join experts from Arcellx, AstraZeneca, and Sartorius, as they discuss how HTS cytometry helps tailor treatments to individual patients by profiling immune responses. They will discuss biomarker identification in current clinical trials, the use of cytokines and intracellular mediums in HTS to distinguish favorable patient responses, and novel innovations that could guide the future of immunotherapeutic treatments.

Key questions to be addressed by the panel will include:

  • Given the heterogeneity of tumor cell populations and immune responses among patients, what are the key obstacles in developing universally effective immunotherapies and how might HTS contribute to overcoming these?
  • What specific biomarkers or cellular characteristics most indicate favorable responses, and how does flow cytometry facilitate their identification?
  • What methodologies can be employed in HTS using flow cytometry to enhance the predictions of therapeutic efficacy and resistance mechanisms?
  • What technological innovations in flow cytometry do you foresee as being pivotal in advancing the field of immunotherapy in the next decade?
Kevin Chen
Kevin Chen
Translation Scientist at Arcellx

Kevin Z. Chen holds a Master of Science in Cancer Biology from Emory University. As a Scientist in the Translational Sciences Department - Biomarkers and Bioanalysis Group at Arcellx, he specializes in utilizing spectral and conventional flow cytometry platforms to evaluate clinical biomarkers of patient response both pre- and post-CAR-T infusion. Kevin leads the development and validation of multiparameter flow cytometry assays, employing over 25 fluorochromes to comprehensively characterize T cell phenotype and function. He also serves as a device manager for the BD FACS Lyric and Cytek Aurora 5-laser Cytometers. Kevin's research has contributed to the understanding of T cell immunotherapy, particularly in enhancing CAR-T cell manufacturing processes.

Jonah Riddell
Jonah Riddell
Product Manager at Sartorius Coporation

Jonah Riddell, PhD is a Product Manager supporting the iQue® HTS by Cytometry Platform at Sartorius Corporation. He is both an accomplished benchtop scientist and commercial leader in immunology with over 25 years of experience. Integrating a deep understanding of immunology with strategic market planning and cross-functional team leadership he is looking to innovate new products to aid in clinical and pre-clinical research. Jonah has been associated with esteemed institutions such as the Harvard Stem Cell Institute, Boston Childrens Hospital, Roswell Park Cancer Institute, Cell Signaling Technology, Advanced Instruments, Bio-Techne where his experience spans from academic to biopharma to clinical testing.

Raffaello Cimbro
Raffaello Cimbro
Global Leader of Flow Cytometry at AstraZeneca

As the Director of Flow Cytometry at AstraZeneca, I lead a global team operating in Washington DC, Cambridge and Boston. We support the work of over 600 scientists and 150 projects each year, supporting the discovery and development of new therapies for various diseases. With an education in biotechnology and over 15 years of experience in flow cytometry, immunology, virology, and data science, I have a strong background in both human and non-human primate animal models, neuroscience, and cell therapy.