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research is dedicated to improving the diagnosis and treatment of fungal infections. Additionally, we explore the biology of these infections, as well as the molecular mechanisms behind stress and antifungal
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. The PhD candidate will develop a programme of research to examine how cognitive and contributing risk processes (e.g., sleep disturbances, stress reactivity) are linked to depression and more broadly to
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annually, necessitating urgent development of novel therapeutic interventions. Harnessing protective immune responses is an attractive approach but advancing this requires enhanced mechanistic understanding
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response to infectious burdens. The other post will investigate the evolution of pathogens over time, uncovering how they have adapted to changing human hosts and environments. Crucially, these data from
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, flexibility becomes an essential feature, driven by the development of flexible components and open networks. Development of Digital Twins, capable of building dynamic models from information gathered form live
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. The research aims to replace traditional photoredox catalysts with electrochemical radical initiation, developing cleaner and scalable methods for the synthesis of high-value fine chemicals. These studentships
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months). The successful candidate will conduct an innovative project developing an ethical-legal framework that transcends traditional definitions of ‘harm’ in forced displacement contexts by empowering
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preparedness levels and potential adaptation strategies. The project aims to generate insights that could inform policy development, clinical practice evolution, and advocacy priorities as DMTs move toward
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. More specifically, we work to understand the mechanisms of (mal)adaptive plasticity and develop new treatment approaches for different neurological conditions (pain, tinnitus, Parkinson's disease
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nanomaterials. This will be achieved by developing and codifying DES-based routes to key classes of environmentally relevant nanomaterials, including (photo)electrocatalytic metal oxides; phosphate-based