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Attend this 47-minute keynote webinar to explore the implementation and optimization of high-parameter flow cytometry in clinical laboratory settings. Learn from Dr. Xuehai Wang, scientific director of the clinical flow cytometry lab at BC Cancer and clinical assistant professor at The University of British Columbia, as he shares institutional experience developing and implementing a 30-color flow cytometry panel for leukemia and lymphoma diagnosis. Discover the advantages and challenges of using flow cytometry with greater than 20 colors in clinical diagnostics, including the increased complexity in bench workflow, data analysis, and diagnostic reporting. Examine critical strategies for method optimization, data preprocessing, and automated data analysis specific to high-parameter assays. Explore practical considerations for integrating these advanced techniques into clinical workflows to enhance diagnostic accuracy and efficiency. Gain insights into machine learning tools for automating flow cytometry data analysis and understanding systemic immune perturbations during immunotherapy. The presentation emphasizes three key areas: method optimization techniques, effective data preprocessing approaches, and implementation of automated analytical pipelines. Earn 1 PACE credit upon completion through Labroots' continuing education program, with credits valid until November 12, 2026.
