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gaps, and to apply and develop different approaches to recording, monitoring, and conserving tracks. This work will form the evidence base for: [1] considering the merits and practicalities for fossil
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ligands holds vast potential for developing a new class of main group catalysts with the potential to rival or even exceed the performance of traditional transition metal systems in selected transformations
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aims at characterizing a novel signalling pathway that modulates root endosymbiosis. The insights gained will provide unique knowledge to develop strategies for enhancing root endosymbiosis and, thus
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Primary supervisor - Dr Fred Warren This project offers the opportunity to develop the next generation of microbiome targeted food ingredients. Working in collaboration between Quadram Institute and
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modulators of P2X7 (facilitating ion channel opening) can engage with the protein and alter downstream cell signalling pathways. We will use a newly developed method from our group called on-cell saturation
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microbes, and soil organic matter to uncover new insights into ecosystem recovery after wildfires. By understanding these interactions, we can develop practices and technologies for environmental management
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to use cutting edge techniques, developed in our lab, to design molecules which can control this protein complex. This chemical biology project will be interdisciplinary, involving training in
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will be tailored by enzymatic glycoengineering. The project will develop skills in chemical and enzymatic synthesis, purification techniques (flash chromatography, HPLC), spectroscopic (NMR) and mass
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. Analysis of images will investigate the efficacy of manual digital approaches (e.g., Dot Dot Goose) and the development of a marine litter characterisation and quantification algorithm for automated analysis
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experience of fieldwork alongside experienced scientists, develop knowledge of cutting-edge approaches in biostatistics and test fundamental ecological hypotheses about the mechanistic bases for the spread