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What is cancer? - De Palma
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Related lectures (32)
Digital Microscope 2.0: Histology and Pathology Insights
Delves into histological and pathological samples using the digital microscope 2.0.
Mechanobiology of Cancer
Delves into how mechanical forces impact cancer progression through nuclear size control, matrix stiffness, and metastasis.
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.
Human Tumor Suppressor Genes
Explores human tumor suppressor genes and genetic predisposition to cancer, using retinoblastoma as a model for tumor formation.
Understanding Cancer Genetics
Explores genetic and epigenetic changes in cancer cells and the impact of carcinogens.
Immunoengineering: Engineering the Immune System
Delves into the complexity of the immune system, immunoengineering applications, and microengraving techniques for cell analysis.
Tumor Angiogenesis and Anti-Angiogenic Therapy
Explores tumor angiogenesis, VEGFA's role, anti-angiogenic therapy efficacy, and resistance mechanisms.
Cancer Immunotherapy: Concepts & Drug Delivery
Explores cancer immunotherapy, immune system roles in cancer, recent advancements, and drug delivery concepts using nanoparticles and polymers.
Cancer Genomics: Comprehensive Molecular Characterization and Evolution
Explores comprehensive genomic characterization, mutual exclusivity, and cancer evolution.
Anticancer Therapies I: De Palma
Covers the decline of cancer death rates, conventional and targeted anticancer drugs, surgical oncology, radiotherapy, chemotherapy, resistance mechanisms, and the history of targeted drugs and EGFR targeting.
Genetic Instability: De Palma
Explores genetic instability in cancer, multi-step progression, repair mechanisms, and cancer stem cells.
Tumor Suppressor p53
Explores the tumor suppressor gene p53, its functions, regulation, and implications for cancer.
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