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Field
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Construction Engineering, Civil Engineering, Mechanical Engineering, Computer Science, Robotics, or a related field. Ph.D. in relevant engineering degree. PhD must be awarded no more than four years prior
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the pathways and mechanisms by which fungi interact with selenium, an essential toxin, in the environment. Specifically, this research examines the reductive transformation of soluble, toxic Se
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photo-responsive synthetic cells containing protein machinery. The project involves the synthesis of synthetic transport systems for amino acids, photochemistry and fabrication of responsive synthetic
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BBSRC grant awarded to Prof Francesco Licausi. The work is to be conducted in the Life and Mind Building, Department of Biology, University of Oxford. The postholder will work on the molecular mechanisms
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will be to undertake experiments using various forms of mechanical metamaterial, to extract enriched continuum models (e.g., micromorphic ones). You will lead on these key project deliverables: Creating
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learning models, and systems biology to elucidate the mechanisms of drug interactions in complex biological systems, with a particular focus on infectious disease and cancer. Candidates with experience in
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of Environmental Microbial Biotechnology with a strong background in metal stress alleviation and omics technologies. The project focuses on exploring microbial communities and their molecular mechanisms
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focused on efficiency and fault-tolerance in wireless Time Sensitive Networks, incorporating scheduling, clock synchronisation, and fault tolerance mechanisms across 5G-TSN networks. We plan to devise novel
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potential to uncover new mechanisms governing the fundamental biological process of gene expression. The planned research, funded by an HFSP Research Grant, is a close collaboration between the Wrobel Lab
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mechanisms underpinning the biology of embryonic stem cells and development. We study how DNA modifying enzymes regulate stem cell biology and lineage specification during development We use stem cells and