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Imaging atherogenesis in a zebrafish model

This project will characterise immune cell dynamics during atherogenesis by live imaging, and investigate the importance of vascular remodelling and leakage in fuelling atheroma pat more...

Supervisor(s): Oehlers, Stefan (Dr), Britton, Warwick J (Professor)

Develop single-cell mechanobiological methods for discovering molecular mechanisms of cardiovascular and neuronal mechanical force sensing

We are developing cutting-edge technologies for the following biomedical application: 1) define the mechanosensing functions of key protein players in the cardiovascular system such more...

Supervisor(s): Ju, Lining (Arnold) (Dr)

Dissecting the architecture of the Insulin Signaling Pathway

The aim of this pathway is to understand how the insulin signalling pathway regulates metabolic homeostasis.The Lead Supervisor for this project is David James. This project will a more...

Supervisor(s): James, David (Professor)

NANOPARTICLE-BASED BIOMOLECULE DETECTION SYSTEMS

You will develop novel systems to detect biomolecular expression profiles for use in imaging and flow cytometry. This multidisciplinary project aims to improve our understanding of more...

Supervisor(s): Fraser, Stuart (Dr)

Vascular dysfunction in mycobacterial pathogenesis

This project will investigate the importance of vascular remodelling and leakage in fuelling tuberculosis infection more...

Supervisor(s): Oehlers, Stefan (Dr), Britton, Warwick J (Professor)

Nanoparticle-based biomolecule detection systems

You will develop novel systems to detect biomolecular expression profiles for use in imaging and flow cytometry. This multidisciplinary project aims to improve our understandin more...

Supervisor(s): Bilek, Marcela (Professor)