This is an exciting opportunity to apply and expand your bioinformatics expertise in a highly collaborative, clinically embedded research environment, contributing directly to research with real patient impact.

The position is particularly suited to candidates seeking to build a strong track record in translational omics within a clinically embedded research setting.

The project focuses on the analysis of large-scale omics datasets, including single nuclei RNA sequencing and spatial transcriptomics, generated from muscle biopsies and related biological samples from patients with muscular dystrophies. Through integrative and high-dimensional data analysis, the aim is to uncover novel disease mechanisms, identify biomarkers, and support the development of improved diagnostic and therapeutic strategies.

You will play a central role in extracting biological insight from these complex datasets, contributing to ongoing efforts to better understand disease progression and variability in neuromuscular disorders.

This post is fixed term for a period of 8 months. This is a part time role (7.4 hours per week).

For informal enquiries contact: Prof Giorgio Tasca (giorgio.tasca@newcastle.ac.uk).

This is an exciting opportunity to apply and expand your bioinformatics expertise in a highly collaborative, clinically embedded research environment, contributing directly to research with real patient impact.

The position is particularly suited to candidates seeking to build a strong track record in translational omics within a clinically embedded research setting.

The project focuses on the analysis of large-scale omics datasets, including single nuclei RNA sequencing and spatial transcriptomics, generated from muscle biopsies and related biological samples from patients with muscular dystrophies. Through integrative and high-dimensional data analysis, the aim is to uncover novel disease mechanisms, identify biomarkers, and support the development of improved diagnostic and therapeutic strategies.

You will play a central role in extracting biological insight from these complex datasets, contributing to ongoing efforts to better understand disease progression and variability in neuromuscular disorders.

This post is fixed term for a period of 8 months. This is a part time role (7.4 hours per week).

For informal enquiries contact: Prof Giorgio Tasca (giorgio.tasca@newcastle.ac.uk).