Bio Molecular NanoComputing: From Enzymes to Cells

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Immune System: T Cells and Antigen Presentation

Explores T cells, antigen presentation, cytotoxicity, MHC proteins, apoptosis, and vaccine principles.

Immunoengineering: Introduction

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

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.

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.

Antibodies: Technologies and Therapeutics

Explores the development and challenges of antibody-based therapeutics, including chimeric and humanized antibodies, alternative scaffolds, and in vitro selection.

Immune Cell Engineering: Targeting Checkpoint Inhibitors

Explores immune cell engineering for cancer therapy, emphasizing checkpoint inhibitor targeting through innovative delivery methods.

Antibodies: Characterization and Properties

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

Immunotherapy: Antibody-Based Strategies

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

Activation of T Cells by APCs

Explores the activation of T cells by APCs, emphasizing co-stimulation and adherence in the process.

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.