Some introductory concepts in tumor biology: clonal evolution and autonomy versus non-autonomy of cancer cells -- The cell's life and death: cell cycle, senescence and apoptosis -- Oncogenes -- Tumor-suppressor genes -- Genomic instability -- A twist in the (genetic) tail: cancer epigenetics -- Nonautonomous interactions in carcinogenesis: role of the tumor stroma -- Telomerase and cellular immortality -- tumor angiogenesis -- Metastasis -- Tissue context as a determinant of the tumor-suppressive or oncogenic function of certain genes -- Cancer stem cells -- Determination of therapeutic efficacy-pharmacogenomics -- Certain chemicals induce cancer: chemical carcinogenesis -- Hormones and cancer -- Viral oncogenesis -- Cooperation of multiple biological processes is needed for the development of fully fledged malignancy -- Carcinogenesis in vivo: animal models and basic approaches to generate genetically modified animals -- Multistage carcinogenesis in humans: molecular epidemiology and the colon cancer model -- Epilogue.
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