ELISA Basics: Antibody Detection and T Cell Analysis

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Antibodies: Characterization and Properties

Explores the history, development, structure, and recognition of antibodies, including antigen types and recognition characteristics.

Antibodies and their effector functions

Explores the structure and diverse functions of antibodies, including neutralization of microbes and antibody-dependent cell-mediated cytotoxicity.

Immunotherapy: Antibody-Based Strategies

Explores immunotherapy strategies, including T cell trafficking, antibody-based treatments, and genetically engineered T-cells for cancer therapy.

Antigen Recognition: B and T Cell Antigen Recognition

Explains antigen recognition by B and T cells, focusing on B cell responses and T cell activation.

Antigen Recognition by T cells

Explores the principles of antigen recognition by T cells, including antigen capture, MHC processing, and T cell responses.

Immune Tissue Engineering: Mechanisms and Applications

Explores immune tissue engineering, focusing on cell manipulation, immune cell types, and adaptive immune response levels, highlighting the importance of engineering immune cells for targeted therapies.

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.

Response to T-Independent Antigens

Explores the activation phases and responses of B cells to different antigens, including thymus-independent type 1 and type 2 antigens.

Immunoengineering: Antibody Responses Modulation

Explores immunoengineering for precise antibody responses and modulation of immunodominance, focusing on vaccine development challenges and innovative strategies.