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Modelling atmospheric plasma processes for biofunctionalization in additive manufacturing

This project will develop multiphysics models of atmospheric pressure plasma systems to engineer interfaces and biofunctionalised scaffolds in 3D bioprinting.  The Applied Phys more...

Supervisor(s): Bilek, Marcela (Professor), Baldry, Mark (Dr)

Plasma surface modification for applications in microfluidic diagnostic systems and implantable cardiovascular devices

You will develop novel hemocompatible, bioactive surfaces in microfluidic models for cardiovascular applications. The project is part of an existing collaboration between medic more...

Supervisor(s): Bilek, Marcela (Professor)

PRECLINICAL AND CLINICAL DEVELOPMENT OF NOVEL BONE-BINDING ANTIMICROBIALS

Our team has spent several years developing and testing new a new class of drugs termed bone-binding antimicrobials (BBAs). Our lead compound (BBA-1) has been shown to have antimicr more...

Supervisor(s): Schindeler, Aaron (Associate Professor), Little, 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 understandin more...

Supervisor(s): Bilek, Marcela (Professor)

ARTIFICIAL INTELLIGENCE/MACHINE LEARNING ASSISTED NEWBORN CRITICAL CARE (VIRTUAL CRITICAL CARE MODELING)

The most vulnerable critical care patients are newborn babies both those extremely premature and sick full term. High resolution physiological data is displayed for all patients but more...

Supervisor(s): McEwan, Alistair (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)

Green Chemistry - Biocatalysis For Production Of High-Value Chemicals

The ultimate aim of biocatalysis research is to replace the petrochemical industry with clean and green microbial reactions using renewable and non-toxic feedstocks. But how exactly more...

Supervisor(s): Coleman, Nicholas (Associate Professor), Rutledge, Peter (Professor)