Material Engineering in Cancer Immunotherapy

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Related lectures (32)

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Tumor Immunology: Immune Responses and Cancer Therapy

Covers immune responses to tumors, cancer therapy, and challenges in personalized cancer vaccines and combination therapies.

Immunoediting of Tumors: Experimental Evidence and Mechanisms

Explores tumor immunoediting, mechanisms of tumor escape, and cancer immunotherapy, emphasizing immune response regulation and recent drug approvals.

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.

Immune Cell Engineering

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

Tumor Angiogenesis: Mechanisms and Implications for Cancer Therapy

Discusses tumor angiogenesis, its mechanisms, and implications for cancer therapy, focusing on the role of VEGF and the angiogenic switch.

The Tumor Microenvironment: De Palma

Explores the tumor microenvironment, stromal components, cell interactions, and the impact of inflammation on cancer promotion.

Invasion & Metastasis: Mechanisms and Implications

Explores the mechanisms of cancer invasion and metastasis, emphasizing the critical role of cell adhesion, signaling rewiring, and organotropism.

Design of Immunogenic Vaccines

Explores the challenges and triumphs in designing immunogenic vaccines, focusing on antigens, adjuvants, and the delivery strategies for effective vaccination.

Multi-step Tumor Progression: De Palma

Explores the multi-step progression of tumors, from cancer incidence rates to tumor initiators and promoters.

Radiotherapy: Basics & Classical Methods

Explores the basics of radiotherapy, including biological principles, types, techniques, and classical methods used in fighting cancer.