Cancer Vaccines: Immune Activation

Related lectures (32)

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Covers the phases of T-cell responses, from activation to differentiation.

Explores the innate immune system's defense mechanisms, pathogen recognition, and cellular components.

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

Explores the functions of effector cells in the immune system, including epithelial cells, dendritic cells, leukocytes, and natural killer cells.

Explores cancer immunotherapy strategies, including blocking inhibitory pathways, increasing effector T cells, and enhancing cancer vaccines.

Explores T cell signaling pathways, proliferation, differentiation, and immune interactions with a focus on CD40 ligand and cytokines.

Explores immunoengineering techniques like flow cytometry and microengraving for capturing immune responses and live cell information.

Covers the functioning and terminology of the immune system, targeting students and biology enthusiasts.

Explains the main features of effector T cell responses and their functions in defending against intracellular microbes.

Explores the design of immunogenic vaccines, boosting immune response through various methods, and addressing challenges in vaccine development.