About the Project
How a particular genotype defines a phenotype and cellular responses to environmental cues is central to understanding cell development and the continuing evolution of personalized medicine. However, frameworks for understanding the possible mechanisms that link the genotype and phenotype are limited by our current concept(s) of genes and gene regulation. In our group, we are attempting to understand genetic variation within the context of the spatial and temporal organization of the mammalian genome. This approach is providing novel insights into different phenotypes.
Proximity-ligation (e.g.HiC) captures the structure of the genome and the underlying genome biology. You will work to decode the genome biology by integrating multi omic data and electronic health records.
This project will be supervised by Dr Justin O’Sullivan. It will use computational techniques to integrate new and existing spatial and epigenetic data to understand the link between genotype and phenotype in mammalian cells.
Applicants should have a background in bioinformatics and biology, or related subjects.
Requests for further information and applications for the position should be sent to [Email Address Removed].
Applications should include a full CV, an academic transcript, and a cover letter outlining your interests in relation to our research.
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