MBI-8008 Molecular and Clinical Aspects of Cancer - Block II - 10 ECTS
The course is divided into three modules:
Module I cover the topics DNA repair, Transcriptional regulation, Chromatin and Epigenetics and the impact of these processes for maintenance and proper proliferation and differentiation of the cell. How dysregulation of any these processes may contribute to cancer development is discussed.
The topics of Module II are infectious agents and their involvement in different cancer types, inflammation and cancer, and cancer stem cells. The infectious agents discussed are viruses, and how some of their encoded proteins have the ability to disturb the normal regulation of a eukaryotic cell. The inflammation section discusses the role of inflammatory factors for survival and proliferation of cancer cells. The cancer stem cell hypothesis in vascular and solid cancers will be discussed.
Module III covers targeted cancer therapy, cancer omics and cancer epidemiology. Factors that may have a preventive effect on cancer development, immunotherapy and molecular medicines and how such
medicines specifically hit the oncoproteins and thereby inhibit growth of cancer cells are discussed. The epidemiology part highlights the impact of genetic and environmental factors in cancer development.
After completing the course the students will have the
- Explain the main mechanisms of DNA repair, Transcriptional regulation, Chromatin and Epigenetics and the impact of these processes for maintenance and proper proliferation and differentiation of the cell.
- Discuss how proteins encoded by infectious agents have the ability to disturb the normal regulation of a eukaryotic cell and contribute to cancer development.
- Explain the roles of inflammatory factors in cancer development, and how the immune system can be modulated to recognise and destroy cancer cells.
- Discuss the impact of genetic and environmental factors in cancer development.
- Describe the roles of cancer stem cells as important targets of cancer treatment.
- Discuss the cancer stem cell hypothesis.
- Describe central methods in cancer biology research.
- Justify factors that may have a preventive effect on cancer development, the basics of immunotherapy and molecular medicines and how such medicines specifically hit the oncoproteins and thereby inhibit growth of cancer cells.
- Justify how dysregulation of epigenetics, DNA repair and inflammation processes may contribute to cancer development.
- Present and critically review high impact research papers within the field of basic and translational cancer research.
- Interpret results from own research and link it scientifically into the context of international basic and translational cancer research.
- Evaluate and Implement relevant methods of advanced cancer research in own project.
Course work requirements: Presentation of their PhD project, prepared prior to course start and presented in plenary the first day of the course. Lectures and seminars are obligatory.
The exam consists of three oral presentations of articles (1 for each module); presented in plenary. Questions from syllabus literature will follow the presentation. The presentation including the questions will be evaluated with pass / fail. All three presentations including the following examination must be passed in order to pass the course. All presentations are weighted equally and only one grade will be given for the three presentations.
PhD students at UiT
PhD students and students at the Student Research Program at UiT register for the course through StudentWeb
Registration for this course starts December 15.
External applicants apply through SøknadsWeb
Choose the code 9303 and write the course code (MBI-8008) in the remark field. You'll find a manual for SøknadsWeb here.
Remember to upload documentation of your education, or documentation of your status as a PhD student / student at a student research programme.
For questions regarding application: email@example.com