BIOL6071 Cancer Chromosome Biology

Module Aims

The aims of the module are to provide students with a research level understanding of various topics in cancer biology associated with carcinogenesis, tumour progression, and metastasis. This will require understanding the genetic drivers of cancer development and the mechanisms of progression both at the molecular and cellular level. Students will appreciate how both familial genetic and somatic mutations drive carcinogenesis and will understand how unfaithful cell division results in chromosomal aneuploidy. This module will also discuss how various proteins are assembled to hold chromosomes together during cell division, how these protein complexes need to be disassembled when a cell finally divides, and how chromosome division is ultimately controlled by various checkpoints, so ensuring that daughter cells inherit chromosomes correctly. In addition, this module will provide students with a broad understanding of tumour immunology and how cancer cells have developed mechanisms to evade the immune system. Overall, students will gain an appreciation for the impact of dysregulated cellular signalling and how this leads to tumour progression. Finally, students will integrate how these events lead to mechanisms of cancer metastasis and ultimately to tumour invasion of distant tissues.

Learning Outcomes

Learning Outcomes

Having successfully completed this module you will be able to:

• Describe the inherited causes of cancer with examples of familial cancer syndromes.
• Explain cancer genetics and how somatic mutations drive disease.
• Describe the processes that control the association and disassociation of chromosomes during cell division.
• Describe how tumour cells are recognised and targeted by the immune system.
• Explain the cancer immunoediting model using relevant examples of immune escape mechanisms.
• Describe how dysregulation of basic cellular signalling pathways contributes to the development of cancer.
• Explain how tumour-stroma interactions influence cancer progression.
• Describe the process of epithelial-mesenchymal transformation and the mechanisms of tumour metastasis.