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12852 - Post Doctoral Research Fellow

Job details
Posting date: 01 August 2025
Salary: £41,064 to £48,822 per year
Hours: Full time
Closing date: 14 August 2025
Location: Edinburgh
Remote working: Hybrid - work remotely up to 3 days per week
Company: University of Edinburgh
Job type: Contract
Job reference: 12852

Summary

Grade UE07: £41,064 - £48,822 per annum

CMVM / Deanery of Clinical Sciences / Centre for Cardiovascular Sciences

Full time: 35 hours per week

Fixed-Term: until 28/02/2027 (possibility of extension until 30/06/27)



The Opportunity:

We are seeking applications for a PDRA to join the dynamic research group of Dr Denby working on an exciting translational MRC funded study in which we are targeting scar-associated monocyte-derived macrophages (SAMac) to reduce fibrosis and the mechanisms associated with this. This project is in collaboration with the Ramachandran and Walmsley research labs of the Institute of Regeneration and Repair (IRR). This cutting-edge project involves sc/sn RNA sequencing and analysis of human and mouse kidney and liver samples, spatial transcriptomics, multiplex tissue staining, informative transgenic animal studies and metabolomics. The Denby lab is located in the Institute of Neuroscience and Cardiovascular Research (INCR) and is part of Edinburgh Kidney (https://edinburghkidney.co.uk/). The studies to be undertaken will be conducted between INCR and the IRR.

This post is full-time (35 hours per week); however, we are open to considering part-time or flexible working patterns.



Your skills and attributes for success:

The candidate must have a PhD (submitted or obtained) in immunology / biological sciences or related.
Strong theoretical knowledge of the mechanisms driving fibrosis.
Theoretical knowledge / experience of the application of flow cytometry and cell sorting.
Experience in metabolomics and/or immunometabolism
Experience in bioinformatic analysis of sc/sn RNA sequencing data
Practical knowledge of cell culture and immunostaining.
Knowledge of pre-clinical models of fibrosis.