Genetic Epidemiology

Module Aims: This module aims to provide an introduction to genetic epidemiology, to increase students’ awareness of the field and to give them enough knowledge to be able to e.g. read papers, listen to talks or take an informed part in conversations about genetic epidemiology. For those students whose work will include genetic epidemiology, this module should provide a firm foundation for their future learning and research, as well as for attending the Genomics in Action module.

Module Learning Outcomes:

By the end of the module students should be able to:

1. Understand genetic variation and the key concepts and vocabulary currently used in genetic epidemiology
2. Critically read and analyse simple reports of genetic epidemiological studies
3. Appreciate the special features of genetic data that require attention in the design, analysis and interpretation of different types of genetic epidemiology studies
4. Understand the role of genetic and environmental factors as determinants of disease, and how different types of genetic epidemiological studies can be used to study diseases
5. Appreciate some of the complexities around how genomic data is handled and interpreted, including some of the challenges of applying genomic data to public health or direct-to-consumers
6. Understand the main uses and principles of Mendelian randomisation
7. Understand the main principles involved in using genetic data for risk modelling, including the use of genetic risk-modelling software
8. Understand the fundamentals of genetic fine-mapping and functional genomics

Pre-requisites: Principles of Epidemiology, Principles of Biostatistics, and Applied Data Analysis. A reasonable understanding of fundamental epidemiological and biostatistical concepts, such as case-control studies, bias, reverse causation, confounding, correlation, hypothesis-testing and statistical power.

Teaching Strategy: A combination of lectures (mostly including short interactive aspects) and computer practicals.

Assessment: Individual written assignment, to be handed in 1 week after the module. The assignment will involve statistical and bioinformatic analysis, as well as interpretation of results.

 

Module Length: 4 days