We are seeking a motivated and talented scientist to explore fundamental questions at the intersection of metabolism and epigenetics.
This project will investigate the role of nuclear-specific metabolism in cellular adaptation to nutrient availability in ageing. It builds on previous and ongoing work in the Trefely lab, which has identified distinct nuclear metabolic responses to specific nutrients, focussing on acyl-CoenzymeA thioesters, which are precursors for novel histone acylation marks (PMID: 34856123, 32199817).
This project will advance our understanding of novel histone modifications and their roles in nutrient-responsive gene regulation. Using cell and mouse models of liver and adipose tissue, we will examine acute metabolic and epigenetic responses to nutrient availability.
The Trefely lab explores how diet-derived metabolites regulate epigenetic processes, with a particular focus on how subcellular compartmentalisation of metabolic pathways influences nuclear metabolite supply and function. This project will continue the development of advanced liquid chromatography-mass spectrometry (LC-MS) techniques for metabolomic analysis, including nuclear- and subcellular-specific profiling pioneered in the lab. The successful candidate will benefit from access to world-class facilities and scientific expertise at the Babraham Institute.
The successful candidate will work in, and contribute to, a friendly, inclusive, collaborative and respectful working environment, where they lead their project’s development with enthusiasm, and actively contribute to a programme of group meetings and departmental seminars at BI.
Apply NowDeadline 20 July