Cancer Immunotherapy: Concepts & Drug Delivery

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Activation and Differentiation of T Cells

Explores the activation and differentiation of T lymphocytes, focusing on naive T cells recognizing antigens and differentiating into effector and memory cells.

Immune Engineering: Materials and Applications

Covers the basics of immune engineering, materials for drug delivery, vaccination, and cancer immunotherapy, including current research examples.

Immunotherapies: Tumor Antigens & Immune Response

Explores tumor antigens, immune response, anti-tumor immunity, and immunotherapies.

Immune Cell Engineering

Explores immune cell engineering, including targeting strategies, microneedle technology, and advancements in CAR-T cell therapy.

Antigen Recognition by T cells

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

Introduction to Immunology: Methods and Medical Applications

Explores applying immunology to health issues and key techniques in a structured course format.

Immunoengineering: Introduction

Covers the basics of immunoengineering, including immune cell roles, antibody production, and defense mechanisms.

Immunoengineering: Introduction

Introduces the theme of research in immunoengineering, covering basic principles and cutting-edge research in the field.

Immune Selection and Cancer Evolution

Delves into immune selection, cancer evolution, neoantigen quality, fitness cost, tumor heterogeneity, and evolutionary predictions.

Immunoengineering: Antibody Responses Modulation

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