Institution |
First name |
Surname |
Project title |
Leeds |
Jack |
Bravo |
Mechanism of Genomic Segment Assortment in Avian Reovirus |
Leeds |
Hannah |
Craven |
Cellular interactions with amyloid fibrils: cytotoxicity and protective mechanisms |
Leeds |
Brittany |
Graham |
Muscle ageing and gene expression balance in Caenorhabditis elegans |
Leeds |
Sophie |
Hesketh |
Determining how cargo binding regulates the activity of members of the kinesin3 family |
Leeds |
Francis |
Hopkins |
Structural Biology of RiboNucleoProtein complexes of pathogenic arena and bunyaviruses |
Leeds |
James |
Horne |
Chaperone-assisted protein folding in the bacterial periplasm |
Leeds |
Nicholas |
Hurst |
Molecular basis for specific regulation of the stress sensor IRE1 in cancer cells |
Leeds |
David |
Kealy |
How does the human papillomavirus (HPV) E5 protein control skin cell growth and differentiation during a productive life cycle? |
Leeds |
Catherine |
Kendall |
Analysis and inhibition of chikungunya virus replication |
Leeds |
Jaskiran |
Sabharwal |
Is the capture of RNA by RNase E and not its cleavage the major initiator of mRNA turnover |
Leeds |
Anna |
Stikane |
Advancing Biotechnologies for Fuel Generation: Exploiting Transmembrane Cytochromes for Solar Energy Conversion |
Leeds |
Katie |
Ward |
Mechanistic understanding of wheat productivity in relation to water supply using real-time moisture sensors and models |
Sheffield |
David |
Farmer |
Nanodissection of protein-protein interactions in energy transducing membrane protein complexes |
Sheffield |
Milena |
von und zur Muhlen |
Bacterial “presisters” – Antibiotic tolerance in action |
Sheffield |
Harriet |
Knafler |
Investigating the role of endocytosis in the virulence of Candida albicans |
Sheffield |
Eleanor |
Healicon |
The Mechanics of Shape Change in Plants |
Sheffield |
Rebecca |
Ley |
Mechanistic Biology of Human Exonuclease-1-a DNA repair nuclease |
Sheffield |
Christopher |
Banyard |
Investigation of a regulatory iron-sulfur complex in a bacterial sigma factor |
Sheffield |
James |
Bradley |
Discovery and analysis of effector genes in the parasitic weed S. asiatica; a multi-faceted genomics approach |
Sheffield |
Peter |
Bancroft |
Mycobacterium bovis aconitase-IRE interactions: integrating iron, oxidative and nitrosative stress responses |
Sheffield |
Thomas |
Puttick |
Global control of enzyme activity in the food-borne human pathogen Campylobacter jejuni: Application of high-resolution mass spectrometry to reveal novel post-translational modifications |
Sheffield |
Julia |
Morris |
The roles of a poorly characterized protease in rescuing the genome from protein linked DNA breaks |
Sheffield |
Samir |
Morsli |
Innovative microscopy approaches to studying cellular senescence and regeneration in vivo |
Sheffield |
Elisabeth |
Parker |
The role of AMF in drought alleviation in crops: identifying the underpinning physiological mechanisms |
York |
Tobias |
Cracknell |
Revealing IGFN1 functional roles through in vivo CRISPR/CAS targeting and in vitro mechanical protein unfolding |
York |
Rebecca |
Hall |
The microbiome of the tsetse |
York |
Alexander |
Haworth |
Proteolytic processing of sodium channel ß1 subunits |
York |
Nathaniel |
Holman |
Protein 0-glycosylation enzymes as targets for novel antimicrobials against mycobacteria |
York |
Alexandra |
Males |
Chemical disruption of the 0-GlcNAc modification in the context of neurodengeration |
York |
Caroline |
Pearson |
The biological role and structure functio analyses of 0-antigen modifying enzymes in the bacterial pathogen Salmonella |
York |
Megan |
Sorensen |
Metabolic mechanisms of (photo)synthetic symbiosis |
York |
Emma |
Stewart |
Nuclear matrix support of DNA replication and transcription |
York |
Philip |
Brailey |
Can soil microbial diversity mitigate water stress and maintain crop yield in agricultural systems? |
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