Anticancer Therapies I: De Palma

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Immunoengineering: Engineering the Immune System

Delves into the complexity of the immune system, immunoengineering applications, and microengraving techniques for cell analysis.

Drug Delivery: Artificial Viruses

Explores using artificial viruses for targeted drug delivery in cancer treatment, aiming to minimize side effects.

Experimental Evidence for Immunoediting of Tumors

Explores experimental evidence supporting immunoediting of tumors and the use of immunotherapy to enhance antitumor immune responses.

Mutations and Cancer: The Role of P53 and HPV

Covers mutations, the role of P53 in cancer, and HPV's impact on tumorigenesis.

General Topics of Pharmacology: Mechanisms and Toxicity

Explores selective targeting in chemotherapy, drug resistance mechanisms, and drug toxicity.

Genetic Instability: De Palma

Explores genetic instability in cancer, multi-step progression, repair mechanisms, and cancer stem cells.

Material Engineering in Cancer Immunotherapy

Covers the evasion of immune pressure by tumors, cancer immunotherapies, drug delivery strategies, and the impact of nanoparticle characteristics on tumor penetration.

Anti-cancer therapies II: De Palma

Explores breakthroughs in cancer immunotherapy, including immune checkpoint blockade and adoptive T cell therapies.

Cancer Genomics: Comprehensive Molecular Characterization and Evolution

Explores comprehensive genomic characterization, mutual exclusivity, and cancer evolution.

Sustained Proliferation: Signaling Pathways and Cancer Genes

Covers sustaining proliferation in cancer cells, growth factors, receptor tyrosine kinases, signal transduction, viral oncogenes, and therapeutic opportunities.