Digital Microscope 2.0: Histology and Pathology Insights

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Related lectures (32)

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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.

Immune Cell Engineering: Targeting Checkpoint Inhibitors

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

Immune Selection and Cancer Evolution

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

Radiotherapy: Basics & Classical Methods

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

Evading Growth Suppression: TGFB Signaling

Explores how cells evade growth suppression, focusing on TGFB signaling and the role of tumor suppressors like PTEN and p53.

Tissue Engineering for Cancer Research

Explores the complexity of cancer, challenges in research translation, and the applications of tissue engineering for cancer models and drug screening.

Human Tumor Suppressor Genes

Explores human tumor suppressor genes and genetic predisposition to cancer, using retinoblastoma as a model for tumor formation.

Mechanobiology of Cancer

Delves into how mechanical forces impact cancer progression through nuclear size control, matrix stiffness, and metastasis.

Tumor Microenvironment: Stress and Mutation Dependencies

Explores stress and mutation dependencies in the tumor microenvironment, impacting tumor fitness, aggressiveness, and immune crosstalk.

Genetic Instability: De Palma

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