Aston based projects

Principal Supervisor	Project title
Professor Roslyn Bill	In-depth structural characterization of the tetraspanin CD81
Dr Alice Rothnie	Elucidating the molecular targets of bacterial nano-syringes
Professor Corinne Spickett	Regulation of protein-protein interactions by cellular redox state

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Birmingham based projects

Principal Supervisor	Project title
Dr Fedor Berditchevski	Structure and function of novel tetraspanin complexes involved in autophagy and biogenesis of exosomes
Professor Helen Cooper	New tools for structural biology: Native ambient mass spectrometry
Dr Lucy Crouch	How do infant gut microbes use N-glycans from breast milk as a nutrient source?
Professor Tim Dafforn	Bionanoparticle formation for drug discovery
Dr Aga Gambus	Regulation of replication machinery disassembly
Dr Sarah L Horswell	Understanding the interactions between glycosylceramides, saposins and the cell membrane
Dr Sarah L Horswell	Breaching Bacterial Cell Membranes
Dr Andrew Lovering	Structure and Function of Predatory Bacteria Prey Exit Processes

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Leicester based projects

Principal Supervisor	Project title
Dr Thomas Schalch	Unlocking epigenetic mechanisms in health and disease
Dr Daniel Panne	Structural mechanism of signal-dependent gene transcription
Dr Andrey Revyakin	Multivalent nano-robots for real-time measurement of CoV-19 in air
Professor Alessandro Rufini	Structural-guided understanding of the functions of proline metabolic enzymes in health and disease
Dr Kayoko Tanaka	Obtaining molecular insights of effector competition of constitutively active oncogenic RAS signalling

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Warwick based projects

Principal Supervisor	Project title
Professor Mohan Balasubramanian	Developing ultra-small protein visualization tools using synthetic biology and organic chemistry
Dr Andrew Bowman	Chromatin assembly and higher-order dynamics
Professor Alex Cameron	Sodium ions, nutrients and transport: dissecting the mechanism of secondary transporters through structure function studies
Dr Elizabeth Fullam	Towards new drugs and diagnostics for tuberculosis: Elucidating and exploiting essential pathways in the Mycobacterium tuberculosis pathogen
Dr Matthew Jenner	Mapping and Reprogramming Protein-Protein Interactions in Fungal Megasynthases
Professor Ioannis Nezis	Molecular mechanisms of selective autophagy
Professor Richard Napier	The proteins of auxin signalling
Professor David Roper	Protein complexes required for bacterial cell wall biosynthesis and division
Professor Stephen Royle	Life in the fast lane: trafficking via intracellular nanovesicles
Dr Antonia Sagona	Investigation of phage-host and human cell interactions via the biochemical and structural analysis of host cell receptors
Professor Karuna Sampath	Probing the assembly and segregation of phase-separating RNA granules in live zebrafish embryos using optogenetic tools
Dr Corinne Smith	High resolution cryo-electron microscopy of clathrin cage networks
Dr Corinne Smith	Investigating the structure of CHC22 clathrin and its functional role in GLUT4 storage and glucose homeostasis
Dr Phill Stansfeld	Developing a dynamic molecular description of the Bacterial Cell Envelope
Professor Martin Wills	A new bioconjugation agent for RNA analysis

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Harper Adams based projects

There are no projects of this type at Harper Adams University

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