Webinars

Speaker: Lily Park, Senior Scientist, Cytek Biosciences
This webinar discusses key aspects of assay optimization that ensure accuracy and reliability of the data.

Speaker: Eric Finan, Sr. Manager – Systems Design Engineering, Thermo Fisher Scientific
This webinar discusses how high-speed data acquisition, clog-resistant technology, and acoustic focusing enhance workflow efficiency.

Speaker: Maria C. Jaimes, MD, VP of Scientific Commercialization, Cytek Biosciences
This webinar addresses some of the most common misconceptions that have surfaced around spectral flow cytometry.

Speaker: Anna Cartier, Ph.D., Product Manager – Antibodies & Advanced Validation, Thermo Fisher Scientific
This webinar provides a digestible overview of key considerations in spatial biology, with a particular focus on the role of antibodies and the importance of validated antibodies for successful experiments.

Speaker: Kristie Krug, CEO of Core Quantum Technologies
Learn about the incorporation of Core Quantum Technologies reagents in spectral flow cytometry, with a focus on the spectral characteristics of CQT reagents, the similarity index, and spreading error with similar emission profiles.

Speaker: Larry Wong, PhD, Senior Application Scientist, Sony Biotechnology
In this webinar, learn how the MA900 Cell Sorter can be used for multiple applications. We’ll discuss how to optimize system setup for gentle sorting of multicolor panels of immune and stem cells, and single-cell sorting of cancer cell lines.

Speaker: Andy Draghi, PhD, Field Applications Scientist, Sony Biotechnology
In this webinar, we describe the design of 20+ color panels, complete detailed analysis of results using the ID7000™ Spectral Cell Analyzer, and how to sort subsets of interest using the FP7000 Cell Sorter.

Speaker: Dr. Mirko Corselli, Associate Director, Market Development, BD Biosciences
In this webinar, we will comprehensively review all the main factors that may contribute to spectral unmixing errors and describe the control optimization process.

Speaker: Kelly Lundsten, VP of Strategic Product Innovation, FluoroFinder
This webinar is an introduction to help you understand fluorophores in the context of cytometry applications.

Speaker: Dr. Mythreyi Unni, Principal Research Scientist, Core Quantum Technologies, Inc.
In this webinar, we discuss a step by step protocol implementing the use of MultiDots in a fluorescence-linked immunosorbent assay (FLISA) platform.

Speaker: Maria C Jaimes, MD, VP Scientific Commercialization, Cytek Biosciences, Inc.
In this webinar, we discuss the importance of balancing quality and quantity when optimizing robust multiparametric assays, empowered by Cytek’s Full Spectrum Profiling™ (FSP™) technology.

Speaker: Seddon Y. Thomas, Ph.D., Staff Scientist, R&D, Protein & Cell Analysis, Thermo Fisher Scientific ​
In this webinar, we explore optimized workflows and strategies to address common challenges with the transition from conventional to spectral flow cytometry.

Speaker: Kristie Krug, CEO of Core Quantum Technologies
This webinar focuses on the use of MagDots in magnetic cell separation, flow cytometry analysis, and rare protein expression in Yeast Display Libraries. We also discuss protocols, troubleshooting, and types of magnets used in the separations.

Speaker: Laurien Waaijer, PhD Student, Laboratory of Medical Immunology at Radboud University Medical Center
In this webinar, we discuss the use of the ID7000 system in designing a 42-parameter immunoprofiling panel.

Speaker: Kirsty McBain, Scientist, Analytics, Sartorius
In this webinar, we demonstrate the application of high-throughput flow cytometry for evaluating the efficacy of ADCs that target the HER2 protein on cancer cells.

Speaker: Amay Dankar, M.S., Associate Director of Field Applications, Slingshot Biosciences
In this educational webinar, Amay discusses common controls that users need to run their best experiments and the prerequisites for running optimized panels.

Speaker: Kristie Krug, CEO of Core Quantum Technologies
In this webinar, Kristie discusses the development and application of Core Quantum Technology’s highly stable fluorescent reagents with narrow emissions and greater tunability, as well as their unique magnetic and fluorescent reagent that allows for magnetic separation and immediate fluorescent labeling.

Speaker: Audrey Lasry, PhD Department of Pathology, NYU Langone.
In this webinar, we discuss the framework for classifying AML patients based on their immune microenvironment and the use of CITE-Seq to characterize inflammatory responses and the immune microenvironment in AML.

Speaker: Nina Senutovitch PhD, Senior Scientist, Sartorius.
In this webinar, we discuss how to harness adaptive immune systems to leverage adoptive cell therapies and use advanced flow cytometry to overcome some of the challenges with ACT.

Speaker: Patrick Duncker, Technical Lead, Cytek Biosciences.
In this webinar, we discuss the best practices for antibody titrations, metrics used to evaluate optimal titer, and the impact of flow cytometer setup and configuration on antibody titer.

Speaker: Andreas (Jack) Panopoulos, PhD, Slingshot Biosciences, Inc.
In this webinar, we discuss the powerful rules governing proper compensation controls and employment of the spillover spreading matrix to reduce errors and avoid loss of resolution, respectively.

Speaker: Zayda Piedra, PhD, Product Development Scientist at BioLegend
In this webinar, we will go over current challenges in the cell therapy industry and what we can do better, BioLegend’s emerging solutions for T cell therapy – closing the gaps, one at a time, and the importance of bioprocessing reagents manufactured with consistent, high-quality well-defined components.

Speaker: Andrea Radtke, Ph.D. and Dr. Ziv Yaniv, Ph.D.
In this webinar, we will go over methods to study normal and malignant lymph nodes and topics related to multiplexed tissue imaging, namely: optimal tissue processing, working with fixed frozen and FFPE specimens, overcoming autofluorescence, identifying appropriate reagents, validating antibodies, and creating organ mapping antibody panels (OMAPs).

Speaker: Anthony Carcio, Field Application Scientist, Sony Biotechnology
This webinar will provide insights to researchers who are new to sorting or who operate shared flow facilities on how the Sony MA900 can support varied user needs and guided workflows for sorting. Learn how an automated and streamlined sort setup can increase the capabilities within a multi-user lab, review how the MA900 enables seamless setup and exchange of different chips without instrument downtime between users, and understand how the MA900 can be maintained in multi-user labs for successful, high-throughput, and gentle sorting of various cells.

Speaker: Dr. Jasmine Ying-Jiun Chen
Dr. Chen will share Abiosciences’ effort in evaluating BioLegend’s TotalSeq™-C Human Universal Cocktail using the 10x Genomics single-cell platform on fresh and frozen PBMCs. This includes bioinformatics pipelines to compare the quality control metrics, isotype matched control performance, and cell subtype analyses. Advanced visualization and analysis tools were developed to interrogate the data in a flow cytometry paradigm, including complex gating strategies to identify rare cell subtypes. The pilot study is being expanded to larger scale clinical settings and may help characterize important cell populations that are associated with disease status, pharmacodynamics, and therapeutic response.

Speaker: Joe Trask, North America HCS Product Line Leader, Cellular Imaging and Analysis, PerkinElmer, and Alexander Schreiner Team Leader, Biological Applications Team, PerkinElmer, Hamburg, Germany
Cell Painting is a phenotypic screening method and a powerful application of high-content screening technology. Specific cellular compartments and organelles are simultaneously stained with six fluorescent probes, followed by imaging and analysis to extract hundreds to thousands of features to phenotypically profile the cells and gain a deeper understanding of the effects of chemical, drug, or genetic perturbagens.

Speaker: Jeff Clapper, Senior Field Applications Scientist Sony Biotechnology Inc.
The ID7000™ spectral cell analyzer is ideal for high-dimensional flow cytometry. More lasers and many more detectors mean more fluorochromes can be resolved in combination.

Speaker: Vendula Sinkorova, Senior Field Application Scientist, Sony Biotechnology Inc.
In this webinar from Sony, we will review the workflows to highlight the ease of operating the ID7000™ spectral cell analyzer to obtain high-parameter, high-quality data.

Speaker: Mark Carter, Manager of Assay Development. Product Development Cell Analytics, Sartorius
Understanding immune system dynamics and their role in health and disease, as well as developing novel therapies, relies on the use of powerful analytical screening tools to probe cellular functions. Characterizing immune cell function such as the induction and persistence of T cell exhaustion is important for furthering therapeutic interventions.

Adam W. York, Ph.D. Sr. Staff Scientist in Chemistry R&D at Thermo Fisher Scientific
A study initiated by the International Society for the Advancement of Flow Cytometry (ISAC) found that microspheres with assigned MESF (molecules of equivalent soluble fluorophore) values were not always accurate and differed considerably from one manufacturer to another. To address these inconsistencies, the ERF (equivalent reference fluorophore) intensity unit was introduced by the National Institute of Standards and Technology (NIST).