Webinars

Today’s multi-user laboratories require cell sorting solutions that can adapt to complex applications while delivering consistent performance, streamlined workflows, and operational flexibility. This webinar will provide an inside look at the FP7000 Spectral Cell Sorter through discussion and a live workflow demonstration. An expert will highlight how advanced spectral technology supports high-dimensional analysis, precise sorting, and isolation of diverse cell populations across research applications.

Spectral flow cytometry has redefined immunophenotyping — routinely powering 20+ color panels while turning autofluorescence from a liability into a feature. But scaling panel complexity creates a new challenge: keeping results consistent across instruments. Single-color controls, viability reagents, and biomarker references all behave differently platform to platform, and that variability can quietly undermine your data.

Discover how imaging flow cytometry and programmable ALD microparticles support single-shot HIV vaccine development through controlled antigen release.

Recent advances in regenerative medicine advanced therapies (RMAT) are revolutionizing health care. Flow cytometry assays are used to measure critical quality attributes for RMATs. However, comparing, reproducing, and standardizing results across various flow cytometer platforms, sites, and times remains a major challenge. Furthermore, the unavailability of high-quality datasets across instrument platforms limits the potential development of artificial intelligence and machine learning (AI/ML) approaches to flow cytometry applications. In December 2020, the NIST launched the Flow Cytometry Standards Consortium (FCSC), which aims to standardize data across instruments and assays, as well as develop AI-enhanced workflows for cytometric applications.

Deep cell characterization is essential for unravelling the complexity of the immune response and driving progress in immunology. BioLegend’s cutting-edge new dyes and antibody portfolio unlocks the full potential of conventional and spectral flow cytometry. Here we present a groundbreaking 46-color panel designed for comprehensive characterization of human immune cells.

We listened to community feedback and are excited to introduce the upgraded Panel Builder 5.0, designed to make panel building more streamlined and efficient

Explore how modern approaches to compensation and viability controls can help reduce complexity, improve reproducibility, and increase confidence in your data.

Explore the fundamentals of spectral flow cytometry and the unmixing process, including how to identify, troubleshoot, and resolve common issues that can impact data quality and interpretation.

Wednesday, June 24 @ 11:00 AM EST

Thursday, Apr. 23 at 8:00 AM PT / 11:00 AM ET
Speaker: Dr. Uttara Chakraborty

Speaker: Sara De Biasi, Ph.D.
This webinar highlights how the combination of high-speed and spectral flow cytometry meets demands and supports more efficient immune profiling.

Speaker: M. Betina Pampena, Ph.D.
This webinar explores an approach to developing an optimized spectral flow cytometry panel designed to study the immune system.

Speaker: Petter Brodin, M.D., Ph.D.
Explore how to understand immune variation in humans from the view of systems-level analyses in longitudinal sample series.

Speakers: Koji Futamura and Dr. Olivia Bracken
This webinar highlights of a broad study describing how bead and cell data was collected using various instruments.

Speakers: Professor Peter O’Toole and Dr. Karen Hogg – University of York.
Learn about the Department of Biology’s experience using the new mosaic spectral detection module on their existing CytoFLEX LX.

Speaker: Glenda Canderan, Ph.D., Research Assistant Professor in the Division of Asthma, Allergy and Immunology at the University of Virginia.
Learn about how machine learning methods can help disentangle key variables in understanding immune mechanisms in human disease.

Speakers: Larry Wong, Ph.D., Sr. Application Scientist at Sony Biotechnology, and Ryan Metzler, Ph.D., Customer Success Manager at FluoroFinder
Learn about how IntelliPanel™ and the ID7000™ Spectral Cell Analyzer simplified the workflow for a 14-color panel, and view the resulting experiment data.

Speakers: Bob Balderas, VP of Biological Sciences at BD, and Ravi Hingorani, Ph.D., High Dimensional Immunology Sr. Scientist at BD
BD joins us to answer questions from their webinar “Selecting the Best: How Fluorochrome Choice Impacts Your Data”.

When: Thursday, Jan. 22 at 8:00 AM PT
Sponsor: Cytek Biosciences
Speaker: Glenda Canderan, Ph.D., Research Assistant Professor, Division of Asthma, Allergy and Immunology, University of Virginia

Speaker: Pratip Chattopadhyay, Ph.D., Founder/CEO at Talon Biomarkers, and Co-Founder/CSO at terraFlow
Learn about best practices for panel design, instrument setup, and quality control to improve success of cross-platform translation.

Speaker: Paul Haney, Ph.D., Sr. Manager, R&D, Protein & Cell Analysis at Thermo Fisher Scientific
Learn about principles and chemistry of the BCA assay and how to choose a BCA assay method among all the variations in this webinar.

Speaker: Matthew Shallice, Sr. Staff Scientist & Product Owner, R&D Protein & Cell Analysis at Thermo Fisher Scientific
This webinar explores how a unified software ecosystem enhances reproducibility and efficiency across cytometry platforms, highlighting Flowscape Software.

Speakers: Nate Trujillo, Ph.D. and Mitch Klomp, M.S. – Manager and Applications Specialist of the Flow & Imaging Technologies, Protein & Cell Analysis team at Thermo Fisher Scientific
This webinar explores the integration of imaging cytometry with traditional cell sorting for a transformative approach to cellular characterization, analysis, and sorting.

Speaker: Juan J. Garcia Vallejo, MD, Ph.D., MBA – Associate Professor and Director of the Microscopy & Cytometry Core Facility at Amsterdam UMC
This webinar looks at how to characterize tumor-associated macrophage subtypes in glioblastoma using advanced single-cell and spatial proteomics profiling approaches.

Speaker: Robert (Bob) Balderas, VP Biological Sciences, BD Biosciences
This webinar discusses how certain fluorochrome characteristics should be considered during flow cytometry panel design to benefit performance.

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.