An on-demand webinar series focused on the applications of spatial biology and
high-dimensional flow cytometry
We are pleased to introduce the CyTOF Collection, a series of captivating talks recorded during our two-day European CyTOF Congress that took place in October 2023 in the vibrant city of Rome.
We had the privilege of hosting an impressive lineup of speakers, each sharing valuable insights on how CyTOF® flow cytometry and spatial biology can significantly enhance clinical and translational research endeavors. The talks cover a wide spectrum of topics and disease areas, ranging from practical applications in translational research to novel solutions for data analysis to integrating high-dimensional technologies into core labs.
You won’t want to miss this opportunity!
Systems-Level Immunomonitoring in Human Patients
Speaker: Petter Brodin | Duration: 33m 27s
In this exclusive talk, Petter Brodin shares his expertise in pediatric immunology and pioneering work in systems-level computational immunomonitoring, highlighting some of the deep interplays that can be uncovered using high-dimensional technologies like CyTOF flow cytometry and Olink®.
A Multidimensional Journey From CyTOF to CyTOF XT™
Speaker: Antonio Cosma | Duration: 24m 44s
The advent of CyTOF revolutionized the cytometry field, opening up the race for measuring more and more markers at the single-cell level. At the same time, CyTOF technology influenced the development of a plethora of data analysis tools. Antonio Cosma, an early adopter of the technology, presents his experience of these amazing years of research.
Regulatory T Cells in Bone Marrow Failure Syndromes: Friend or Foe?
Speaker: Shahram Kordasti | Duration: 27m 41s
In this webinar, Shahram Kordasti discusses insights into diagnosis variation, age impact, tumor types and treatment effects on the immune system through advanced techniques like CyTOF flow cytometry and genomics, with a specific focus on regulatory T cells and their impact in bone marrow failure syndromes.
Human Thymic Development: Interactive Interrogation of the Topology of High-Dimensional Single-Cell Datasets
Speaker: Tomas Kalina | Duration: 27m 09s
Watch Tomas Kalina delve into the intricacies of pediatric immunology, focusing on insights gained from his work in CD Maps. He sheds light on the nuances of immune cell development in human thymic development and the potential impact on the immunology field.
Highly Multiplexed Tissue Imaging Towards Precision Medicine
Speaker: Bernd Bodenmiller | Duration: 33m 34s
Ever wondered what the future of cancer treatment looks like? It’s here, and it’s called precision oncology. At its forefront is a groundbreaking spatial biology technology called Imaging Mass Cytometry™ (IMC™), which allows researchers to get a unique overview of the complexity of the tumor microenvironment.
Watch this webinar to learn how Bernd Bodenmiller and his team are using IMC to provide personalized treatment recommendations based on molecular data while improving overall response rates and patient outcomes.
Multi-Modal Molecular Characterization of the Tumor Microenvironment – Where We Are and Where We Need to Go
Speaker: Dario Bressan | Duration: 30m 31s
In this talk, learn about how the IMAXT Cancer Grand Challenge project is trying to find new ways to map tumors at the molecular and cellular levels. By analyzing pre and post-therapy samples and combining different imaging techniques, the lab is exploring heterogeneity and response to therapy in completely new ways.
Watch this webinar to see the power of combining multiplexed imaging with Imaging Mass Cytometry to unlock multi-modal molecular characterization of the tumor microenvironment.
Development of the Human Fetal Immune System
Speaker: Frits Koning | Duration: 36m 32s
With over a decade of pioneering research, Frits Koning's has unraveled the intricacies of fetal immune system development using high-dimensional CyTOF flow cytometry and Imaging Mass Cytometry.
In this webinar, Koning delves into evidence supporting the notion of early exposure to environmental antigens, particularly from the maternal microbiota. You will learn about the remarkable phenomenon of organized and co-structured immune system formation in the fetal intestine, challenging conventional understanding.
CyTOF to the RESCEU: Compositions in the Age of Machine Learning
Speaker: Yann Abraham | Duration: 29m 43s
In this webinar, Yann Abraham, who leads the AI for Single Cell Analysis Initiative at Johnson & Johnson, highlights how we can bridge the gap between cytometry and machine learning.
Watch now to gain a deeper understanding of how artificial intelligence enhances the understanding of complex cellular interactions and disease progression in the context of clinical trials related to infants affected by respiratory diseases
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