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characterisation of organic molecules is required. Prior experience with metal complexes, single crystal X-ray diffraction and/or appropriate computational techniques are all highly desirable. The post holder should
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to uncovering mechanisms that support target identification and validation, while also enabling the development of therapeutic molecules. As part of this team, you will engage with scientists across research
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integrated curriculum. Our team of researchers lead key internationally competitive research from molecules to medicines, from patient to policy across a range of therapeutic areas. We are currently seeking
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research project. This project will be to acquire single-molecule localisation microscopy (SMLM) data of proteins in T cells. Role Summary Work within specified research grants and projects and contribute
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system to determine cellular networks that lead to cell death and to establish molecules that can prevent degeneration. Experimental approaches being used in the lab include inner ear drug delivery, CRISPR
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political obstacles to renewable energy-driven recycling of CO2 and H2O to consumer products and e-fuels. The catalysis component of the project aims to explore catalysts and catalyst combinations for single
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, and small molecule generation, in line with our vested interest in commercializing our discoveries so that they can reach patients. As a successful candidate, you will: · Lead laboratory-based
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catalysts and catalyst combinations for single-reactor (tandem) conversion of CO2/H2 via (m)ethanol to olefins. Prior knowledge to the specific issue area is no requirement, but experience with heterogeneous
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kinetics of gene editors and RNA molecules to improve the precision and efficacy of gene therapies. Key Responsibilities Elucidate mechanisms of intracellular RNA trafficking using biomolecular assays and