Development of a high dimensional spectral flow cytometry panel to deeply characterise T cells in human thymic microenvironment
How do you navigate the immense complexity of the human thymic microenvironment? The answer lies in the precision of high-dimensional spectral flow cytometry. This session focuses on the development and optimization of a groundbreaking 39-color panel designed to dissect human thymopoiesis with unprecedented depth.
Join Prof. Silvia Della Bella as she demonstrates how this high-parameter approach is being used to study immune dysregulation in thymic epithelial tumors—rare, heterogeneous tumors often linked to autoimmune diseases.
What you will learn :
High-Parameter Spectral Design: Strategies for navigating the complexity of human thymopoiesis for deep T cell characterization.
Translational Impact: How advanced spectral unmixing enhances the resolution of translational research in oncology and autoimmunity.
Workflow Efficiency: Proven best practices for managing, optimizing, and analyzing large-scale, complex panels
Speaker
Prof. Silvia Della Bella
Associate Professor of General Pathology & Immunology
University of Milan
Prof. Della Bella is a globally recognized expert in translational immunology, affiliated with the University of Milan and Humanitas Research Hospital. A specialist in the immunobiology of dendritic cells and T cells, she also serves as the Secretary of the European Society for Clinical Cell Analysis (ESCCA).
