Aston based projects

Principal Supervisor	Project title
Dr Corine Spickett	Rusty cells: redox regulation of cell signalling and responses to stressLink opens in a new window

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Birmingham based projects

Principal Supervisor	Project title
Dr Matthew Apps	Computational, psychological and physiological basis of fatigue: Combining decision neuroscience with spinal imagingLink opens in a new window
Dr Maria Chiara Arno	Cell-surface engineering with polymers: a new strategy for tissue regenerationLink opens in a new window
Professor Andrew Bagshaw	Understanding the human thalamusLink opens in a new window
Dr Manuel Banzhaf	Understanding Gram-negative envelope biogenesis and/or antimicrobial resistance using genome-wide approachesLink opens in a new window
Dr Apoorva Bhatt	Mechanisms of growth and virulence in pathogenic mycobacteriaLink opens in a new window
Dr Saverio Brogna	Understanding the role that the RNA helicase UPF1 plays in sorting ribonucleoprotein (RNP) complexes and the mechanism by which this role of UPF1 might reduce cellular stress and cell degenerationLink opens in a new window
Dr Ziyun Ding	A computational modelling framework for understanding skeletal muscle adaptationLink opens in a new window
Professor Dan Gibbs	Build or destroy? Investigating how plants connect protein synthesis and degradation during mRNA translation to regulate protein qualityLink opens in a new window
Professor David Grainger	Understanding Multiple Antibiotic Resistance in Gram-negative BacteriaLink opens in a new window
Professor David Grainger	Understanding how pandemic microbes evolveLink opens in a new window
Professor David Grainger	Prokaryotic transcription: a new direction?Link opens in a new window
Dr Damon Huber	Unlocking the molecular mechanism of Sec-dependent protein translocation using molecular geneticsLink opens in a new window
Dr Ned Jenkinson	Understanding and improving non-invasive brain stimulation to improve motor function throughout the lifespanLink opens in a new window
Dr Tim Knowles	Elucidating the mechanisms of outer membrane biogenesis in Gram-negative bacteriaLink opens in a new window
Dr Andrew Lovering	Structure and Function of Predatory Bacteria Prey Exit ProcessesLink opens in a new window
Dr Amy Naylor	Modelling cell connectivity in bone and its consequences for healthy ageing and regenerationLink opens in a new window
Professor Ed Rainger	Developing an in silico model of healthy ageingLink opens in a new window
Dr Davor Pavlovic	Obesity and Cardiac Arrhythmias – Does Obesity Affect the Responses to Anti-Arrhythmic Drugs?Link opens in a new window
Dr Matthias Soller	Identification of pathways deregulating neuronal ELAV/Hu RNA binding proteins in neurodegenerationLink opens in a new window
Dr Matthias Soller	Epitranscriptomic regulation of embryo development: function of RNA modifications during the maternal to zygotic transition of vertebrate embryosLink opens in a new window
Dr Hung-Ji Tsai	Investigating how the host immunity shapes the evolution of antifungal resistanceLink opens in a new window
Dr Martin Whitham	Exploring the biological relevance of extracellular vesicle trafficking in health and diseaseLink opens in a new window

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Leicester based projects

Principal Supervisor	Project title
Dr Doug Barrett	Evaluating the contributions of age-related changes in sensory acuity and cognitive control on the speed and accuracy of visual searchLink opens in a new window
Professor Chris Bayliss	Understanding the Functional Effects of Genetic Variation in the Promoters of Bacterial PathogensLink opens in a new window
Professor Martha Clokie	Phages as the ultimate puppeteers of bacterial metabolismLink opens in a new window
Dr Claire Hutchinson	Improving visual perceptual decision-making in an ageing populationLink opens in a new window
Dr Ezio Rosato	Network interactions shape the circadian clock in Drosophila melanogasterLink opens in a new window
Dr Kayoko Tanaka	Obtaining molecular insights of effector competition of oncogenic RAS signallingLink opens in a new window

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Warwick based projects

Principal Supervisor	Project title
Dr Munehiro Asally	Electrical and Electrochemical dynamics during germination and outgrowth of bacterial sporesLink opens in a new window
Professor Claudia Blindauer	How do metals cross the bacterial outer membrane?Link opens in a new window
Professor Claudia Blindauer	The role of plant metallothioneins in drought tolerance and zinc seed fillingLink opens in a new window
Dr Andrew Bowman	Chromatin assembly and higher-order dynamicsLink opens in a new window
Dr Alexander Darlington	Engineering metabolic pathways for optimal performance within host and biotechnological constraintsLink opens in a new window
Professor Matt Gibson	Covalent Recruitment of Polymer TherapeuticsLink opens in a new window
Dr Miriam Gifford	Staying alert: clock-control of plant-microbe mutualistic interactionsLink opens in a new window
Dr Daniel Hebenstreit	Transcription: molecular mechanisms & dynamicsLink opens in a new window
Dr Séamus Holden	Developing an open source, low cost, high performance super-resolution microscope for bacteriology and antimicrobial drug discoveryLink opens in a new window
Dr Darius Koester	Shaping the actin cortex of cells by Curly, a newly found actin bending proteinLink opens in a new window
Dr Darius Koester	The cell membrane as a communication interface; use of minimal systems to study the principles of information transmission by anomalous diffusionLink opens in a new window
Professor John McCarthy	How to build next-generation regulatory devices for engineering gene expressionLink opens in a new window
Dr Masanori Mishima	A synthetic biology approach to dissect the post-anaphase functions of mitotic kinasesLink opens in a new window
Professor Ferenc Mueller	Single cell resolution analysis of transcriptional regulation in development by in vivo 4D imagingLink opens in a new window
Dr Bridget Penman	Immunogenetics and the carriage of meningococcal bacteriaLink opens in a new window
Professor Stephen Royle	Life in the fast lane: trafficking via intracellular nanovesiclesLink opens in a new window
Professor Karuna Sampath	Probing the assembly and segregation of phase-separating RNA granules in live zebrafish embryos using optogenetic toolsLink opens in a new window
Dr Timothy Saunders	Systems approach to dissecting the processes underlying skeletal muscle fibre formationLink opens in a new window
Professor Martin Wills	A new bioconjugation agent for RNA analysisLink opens in a new window

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Harper Adams based projects

There are no projects of this type at Harper Adams University

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