MSc by Research: Genomics and Pathway Biology

College of Medicine and Veterinary Medicine

University of Edinburgh

This programme provides in-depth training in the use of tools and technologies for modern post-genomic biomedical research by engaging in research projects with leading biomedical research groups. Functional genomic approaches are becoming extremely important for unravelling how biological systems function at the molecular and cellular level. Application of these technologies and associated methods of bioinformatics analysis are producing a much more sophisticated definition of biological pathways and networks.

Key features of the programme include:
• Hands-on research using genomic and proteomic technologies.
• Applying functional genomic technologies in biomedical research.
• Biological pathway mapping and systems biology
• Biochip and biosensor applications in biomedical research
• Data handling and analysis
• Exploring pathway biology in biomedical, clinical and pharmaceutical studies.
• Interdisciplinary biomedical research
• Experience of project planning, report writing and team-working
• Excellent preparation for PhD research and biomedical research careers

Programme structure
This research Masters allows you to participate in cutting-edge research using functional genomic technologies. Assessment is based on the production of research reports and a research plan. This allows you to participate in different research areas during the year if you wish. To complement your laboratory research an extensive series of lectures, research seminars and laboratory demonstrations are provided by leading experts in the field.

Topics covered include:
• Functional genomic technologies in biomedical research
• Biological databases and data integration
• Biological pathway mapping and systems biology
• Biochip applications in biomedical research and personalised medicine
• Examples of pathway biology in biomedical, pharmaceutical and clinical Studies

Career opportunities
This MSc provides the key skills and advanced knowledge-base for further PhD research or careers in academia and industry. Graduates gain excellent research and analytical skills applicable to a wide range of disciplines across the biomedical, clinical and biopharmaceutical research spectrum.