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will be placed on receptors known as Transient Receptor Potential (TRP) channels from non-bilaterian animals and choanoflagellates. The postholder will play a role in the molecular and functional
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, electrochemical catalysis, reactor design and process optimisation for CO2 electrochemical reduction. You will be working with leading experts from a dynamic and multidisciplinary team including University
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leading experts from a dynamic and multidisciplinary team including University of Liverpool, University of Southampton and University of Surrey. In addition to cutting edge research, training and networking
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classification. Simulations and selection effects (Lancaster University): lead the forward-modelling of the combined LSST+TiDES sample, and characterize its associated sample selection effects. This project will
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be additional work to integrate genomic sequencing and other molecular datasets generated through research studies with high fidelity clinical data. This work includes the application and evaluation
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Perform in‑depth molecular, phenotypic and metabolic characterisation of adipose models Investigate inflammatory and metabolic dysfunction relevant to MASLD Contribute to multi‑organ integration, i.e
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adipose tissue organoids incorporating stromal, endothelial, and immune cell populations Perform in‑depth molecular, phenotypic and metabolic characterisation of adipose models Investigate inflammatory and
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funded by a EU programme Is the Job related to staff position within a Research Infrastructure? No Offer Description Applications are invited for an enthusiastic Research Fellow to join the Molecular