Statistical genomics and systems genetics
Our interest lies in computational approaches to unravel the genotype--phenotype map on a genome-wide scale. How do genetic background and environment jointly shape phenotypic traits or causes diseases? How are genetic and external factors integrated at different molecular layers such as transcription and translation?
To make accurate inferences from high-dimensional ‘–omics’ datasets, it is essential to account for biological and technical noise and to propagate evidence strength between dif- ferent steps in the analysis. With this in mind, we develop statistical analysis methods in the areas of gene regulation, genome wide association studies (GWAS) and causal discovery in molecular systems. Our methodological work is tied in with experimental collaborations, in which we study the variability of molecular phenotypes in different systems ranging from yeast models to human genetics.
Future goals and projects
We will continue to devise statistical methods to model and analyse data from high-throughput genetic and molecular profiling experiments. Technically, the development of new approaches for tying together quantitative readouts across multiple molecular layers will increase in importance. To this end, we develop causal inference methods to deduce functional relationships from the wealth of correlative omics datasets being generated. In humans, we will apply these techniques to a diverse panel of rich molecular phenotypes in an iPSC panel generated as part of the HipSci consortium.
Postdoctoral positions: Approximately once a year we have job openings for postdoctoral fellows to join the team. Current research directions include the development of statistical methodology for genome-wide association studies, methods to dissect the genetic architecture of molecular traits and statistical methods for single cell genomics. If you are interested in our work and would like to discuss opportunities, please contact Oliver Stegle.
Internships: We host interns for specific projects of 4 months or longer. Please contact Oliver Stegle with a concrete proposal to enquire about current opportunities.