Employer : The University of Queensland
Closing date: 30/11/2025
Brief position description:
Brief position description: PhD position to decipher the gene regulatory code and epigenetic mechanisms governing developmental processes and aging, and their links to disease.
Ageing is the number risk factor of disease. Here we hypothesized that an improved understanding of the regulatory logic of enhancers gaining or losing activity during ageing might unlock a better understanding of the mechanisms that predispose to disease.
Therefore, we wish to decipher at base-pair resolution the regulatory lexicon of age-affected gene regulatory elements across cell-types and study their link to healthspan and disease susceptibility.
The project aims to:
1. Apply Convolutional Neural Networks (CNNS) (https://smex-ctp.trendmicro.com:443/wis/clicktime/v1/query?url=http%3a%2f%2fkipoi.org&umid=ead86e2d-3110-4736-8b11-653b7f78697c&auth=6ee66d642a212b82964c9073f0dd934b55317413-a650930ae1631338f53f8b55d69a7ae9db6fe061) and other strategies to decode the grammar of gene regulatory elements with activity changes in ageing.
2. Evaluate cross-species conservation of this regulatory grammar (e.g., mouse, dog and human) and our ability to predict age-susceptible gene regulatory elements.
3. Assess the impact of genetic mutations in gene regulatory elements with age-altered activity on disease susceptibility using genome-wide association study (GWAS) data.
Contact name: Marina Naval Sanchez
Contact email: m.navalsanchez@imb.uq.edu.au