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Cancer Biology (MEDI90084)
Graduate courseworkPoints: 12.5Not available in 2018
Overview
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The subject will address the key molecular, genetic and cellular characteristics of cancer. Students will gain an appreciation for the various approaches that have been used to understand the biological processes that underpin cancer and be informed of the current biological paradigms and challenges in cancer research and care.
Intended learning outcomes
This subject aims to immerse students in the research literature that has constructed the current biological paradigms in cancer biology. Students will understand the complexity in pathways and drivers that result in dys-regulated biological processes and disease. Research literature will support critical examination of the interplay between these biological processes, past and current treatments and the evolution of cancer in an individual.
At the completion of the subject, students should possess:
- Advanced theoretical knowledge of the concepts behind complex biological processes in cancer.
- Describe the complexity of carcinogenesis
- Demonstrate an understanding of the “hallmarks of cancer” and the complex genetic and cellular processes that underpin these characteristics.
- Critically evaluate research publications and transform their relevance in the broader context/ field of cancer.
- Critically analyse different experimental systems and methodological approaches that underpin the current understanding of cancer biology and genetics.
- Integrate knowledge from individuals’ professional experience into the current understanding of cancer biology
- Demonstrate well developed judgement in evaluating the evidence base for the current paradigms in cancer
- Critically analyse the biological basis of rational therapeutics and demonstrate an understanding of the practical challenges these processes place on future therapeutic approaches
Last updated: 3 November 2022