Projects
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The development and application of quantum chemistry based tools to predict the photochemical stability and photoproducts of herbicides
Qi Yuan
Theoretical and Computational Tools, Herbicide stability
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New technologies for modelling, monitoring and predicting agrochemical transport in plants
Nate Barlow
Microfluidics, Agrochemical uptake
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A novel two dimensional infrared spectroscopic tool to study herbicide interaction in plants
Sophie Sim
Imaging, Molecular spectroscopies and Structural methods, Herbicide mode of action
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Development and application of the AMBER Molecular Mechanics force field to investigate herbicide interaction in plants
Tarun Khanna
Theoretical and Computational Tools, Herbicide mode of action
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Novel chemical probes to investigate the metabolism and mode of action of insecticides
Ololade Adeniji
Chemical Interactome Tools, Chemical Labelling Technologies, Insecticide mode of action, Resistance
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Novel chemical probes to probe the metabolism and mode of action of fungicides
Wouter Mooij
Chemical Interactome Tools, Chemical Labelling Technologies, Fungicide mode of action
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Chemical dissection of the targets of insecticides with a novel mode of action
Mladen Stojanovic
Chemical Interactome Tools, Chemical Labelling Technologies, Insecticide mode of action
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Lipidated proteomics: Chemical validation of protein lipidation pathways as antifungal targets
Roman Fedoryshchak
Chemical Interactome Tools, Chemical Labelling Technologies, Fungicide mode of action
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Multiscale analysis of protein and DNA structures: from atomic structures to large-scale conformational substructures
Heng Zhang
Theoretical and Computational Tools, Fungicide mode of action
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New technologies for the quantification of protein copy number and protein-protein interactions in single plant cells
Tom Mickleburgh
Microfluidics, Herbicide mode of action