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We have 120 The University of Manchester Biological Sciences PhD Projects, Programmes & Scholarships

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Biological Sciences

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The University of Manchester

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The University of Manchester Biological Sciences PhD Projects, Programmes & Scholarships

We have 120 The University of Manchester Biological Sciences PhD Projects, Programmes & Scholarships

Data-driven optimal prediction of bacteria growth

This project is devoted to an AI-based prediction of bacteria growth and its control by antibiotics. In synthetic biology, an improved understanding of bacterial regulatory circuits is required to develop complex biological systems with functionalities beyond existing in nature [1, 2]. Read more

Protein self assembly induced by multivalent biological metabolites

In addition to being an energy source in biological reactions, recent discoveries suggest adenosine triphosphate (ATP) also plays a critical role in maintaining cell stability and preventing deleterious cellular processes through modulating biomacromolecular self assembly. Read more

New Methods for modelling cofactor-dependent enzyme structure and function

Enzymes are Nature’s catalysts and many used cofactors and/or coenzymes to catalyse their reactions. While AI and homology methods now often allow the useful prediction of protein structure from amino acid sequence, this can be more challenging when the protein/enzyme contain cofactors. Read more

Data-driven optimal prediction of bacteria growth

This project is devoted to an AI-based prediction of bacteria growth and its control by antibiotics. In synthetic biology, an improved understanding of bacterial regulatory circuits is required to develop complex biological systems with functionalities beyond existing in nature [1, 2]. Read more

Synthetic and Mechanistic Studies into Enzymatic Degradation of Waste Plastics

Plastics are a broad range of solid polymeric materials that have found widespread application globally. However, there has been a steady accumulation of discarded plastics and there is now growing awareness that they present a significant hazard to the natural environment and human health. Read more

The epigenomic, transcriptional and diagnostic architecture of neurodevelopmental disorders caused by exposure to maternal infection

A fundamental unknown in understanding mechanisms of disease, and therefore improving therapy, is how stressors experienced during critical developmental periods influence the genesis or ‘programming’ of adult disease (Estes & McAllister 2016). Read more

Using microRNA inhibitors to boost GABAergic inhibition as a genetic therapy for epilepsy

Epilepsy is a chronic neurological disease characterised by recurrent spontaneous seizures and cognitive co-morbidities. Current small molecule approaches to treating epilepsy are ineffective in a significant portion of cases, and are associated with substantial adverse effects. Read more

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