![smith](smith.png?maxWidth=100) |
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Structure and mechanism of clathrin coated vesicle formation during clathrin-mediated endocytosis using a range of structural and biophysical techniques |
![Roper](roper.png?maxWidth=100&maxHeight=121") |
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Structural biology, principally X-ray structural determination, in combination with molecular biology and biochemical approaches, to investigate the molecular basis of microbial physiology |
![](fullam.png?maxWidth=100&maxHeight=126") |
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Mycobacterium tuberculosis sugar metabolism; biochemistry, structural biology, chemistry and microbiology techniques |
![](dowson.png?maxWidth=100) |
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Antibiotic resistance, bacterial pathogenicity and population genetics |
![](chen.png?maxWidth=100&maxHeight=127) |
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Microbial diversity, genetics and biochemistry of microorganisms involved in methylated amine and quaternary amine metabolism |
![](green.png?maxWidth=100&maxHeight=151) |
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Statistical and mathematical approaches to understanding the biology and control of diseases in farmed animals; translating research into practice. |
![](cameron.png?maxWidth=100&maxHeight=138) |
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Dynamic membrane proteins; X-ray crystallography in combination with other biochemical and biophysical techniques |
![](lloyd.png?maxWidth=100&maxHeight=150) |
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Antimicrobial targets |
![](ntoukakis.jpg?maxWidth=100&maxHeight=150) |
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Plant-pathogen interactions; Genome-wide, confocal microscopy and biochemistry |
![](schaeffer.png?maxWidth=100&maxHeight=136) |
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Genetic and functional diversity of methylotrophics bacteria |
![](wellington.png?maxWidth=100&maxHeight=125) |
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Understanding the ecological roles for specific bacterial activities including antibiotic production, resistance and exoenzyme production and analysing the impact of lateral gene transfer |
![](purdy.png?maxWidth=100&maxHeight=150) |
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How microbial communities form and change temporally and spatially; microbial communities (microbiomes) associated with endemic diseases in farm animals. |
![](easton.png?maxWidth=100&maxHeight=151) |
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Molecular biology of viruses which use a single stranded negative sense RNA molecule as genome. |
![](keeling.jpg?maxWidth=100) |
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Modelling of infectious diseases in humans and animals. Optimal targeting; Spatial spread and Networks; Stochasticity and persistance of infection |
![](hollingsworth.jpg?maxWidth=100) |
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Transmission dynamics of HIV stages. Dynamics and control of malaria. Prediction and optimal control of helminth infections |
![](corre.gif?maxWidth=100) |
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Bacterial signalling: new chemical keys to unlock the production of novel microbial antibiotics. |
![](asally.png?maxWidth=100&maxHeight=135) |
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Bacterial community behaviour, biofilms |
![Sagona](sagona.png?maxWidth=100) |
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Mechanisms of bacterial infection and phage therapy inside the mammalian cell environment |
![alfonso](g-alfonso.jpeg?maxWidth=150) |
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Developing synthetic phages as organism-specific antimicrobials. Expertise in theoretical physics, structural biology, biophysics, bioinformatics, HPC, 3D-printing, software engineering, microfluidics, structural analysis, statistical mechanics. |
![nezis](ioannis_nezis.jpg) |
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Cellular mechanisms of bacterial clearance/ antibiotic resistance breakers. Expertise in cell and molecular biology, confocal microscopy, electron microscopy |
![freya](dr.freya_harrison_039_copy.jpg) |
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a) bacterial evolution, ecology & AMR in chronic infections, especially in cystic fibrosis; b) developing realistic lab models of chronic infection; c) antimicrobial discovery using pre-modern European medical texts. |