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Lecture
Introduction to Flow Cytometry
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Immune System: T Cells and Antigen Presentation
Explores T cells, antigen presentation, cytotoxicity, MHC proteins, apoptosis, and vaccine principles.
Tumor Immunology: Immune Responses and Cancer Therapy
Covers immune responses to tumors, cancer therapy, and challenges in personalized cancer vaccines and combination therapies.
Antigen Recognition by T cells
Explores the principles of antigen recognition by T cells, including antigen capture, MHC processing, and T cell responses.
Experimental Evidence for Immunoediting of Tumors
Explores experimental evidence supporting immunoediting of tumors and the use of immunotherapy to enhance antitumor immune responses.
Immunoengineering: Introduction
Introduces the theme of research in immunoengineering, covering basic principles and cutting-edge research in the field.
Immunoengineering: The Emerging Field
Explores immunoengineering, focusing on genetically engineered immune cells, key technologies in immunological analysis, and the role of mechanical force in the immune system.
Transplantation Immunology
Explores transplantation immunology, covering graft types, rejection mechanisms, MHC importance, and therapeutic strategies.
Ergo: ergometry figures
Covers the analysis of ergometry figures using Excel and the interpretation of respiratory and cardiovascular parameters.
An Overview of Vaccine: Precision Tumor Recognition by T Cells
Covers precision tumor recognition by T cells with combinatorial antigen-sensing circuits and the impact of vaccination on human health.
Flow Cytometry: An Invaluable Tool for Research and Clinical Applications
Introduces Flow Cytometry as a technology for rapid multi-parametric analysis of single cells in various disciplines.
