Platinum Drugs: Chemistry and Cancer Treatment

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Explores the mechanism of platinum-based cancer drugs and the cross-coupling catalysis of metals in modifying aromatic compounds.

Explains Pearl's do calculus rules and intuition, including action/observation exchange and interventions.

Explores applying immunology to health issues and key techniques in a structured course format.

Explores the role of molecular chaperones in the nucleus and chromatin, focusing on Hsp90 and its implications in cancer.

Explores altered cancer metabolism, MYC regulation, Rb and p53 pathways, AKT re-activation, and protein-protein interactions.

Explores cellular senescence, oncogene activation, DNA damage response, and telomere dysfunction in cancer suppression pathways.

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

Explores DNA damage, repair mechanisms, mutation consequences, and cancer prevention through tumor suppressor genes.

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

Explores DNA methylation, CpG islands, histone modifications, EZH2 mutations, microRNAs in cancer, and genomic alterations in microRNAs.