12 evolution "https:" "https:" "https:" Postdoctoral positions at University of Oxford
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About the role This is an exciting opportunity for a Postdoctoral Researcher to join a project developing robotic tools for long term directed evolution of microbes. The project team includes
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the sequence of the human genome and the development of common diseases. You will work on a collaborative project that aims to develop Machine Learning and laboratory-based approaches, for decoding how the human
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, fluidics to characterise the role of a novel gene in atherosclerosis development and progression. You will become part of the Division of Cardiovascular Medicine based at the Centre for Human Genetics in
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discovery, target validation and clinical development of GSK with Oxford’s exceptional track record in the research and development of new drug therapies and Oxford’s Old Road Campus Experimental Medicine
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income. You will supervise and mentor students and research staff, providing guidance on methods, analysis, and career development, and represent the Centre at national and international conferences while
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the ESRC project Generations of London English: Dialect and Social Change in Real Time. Project website: https://generationsoflondonenglish.org/ Led by Principal Investigator Professor Devyani Sharma
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development and establish your research independence. This is a full-time appointment on a fixed-term contract for five years, with the possibility of renewal. The post is funded by the British Heart Foundation
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, and developing ideas for generating research income. You will supervise and mentor students and research staff, providing guidance on methods, analysis, and career development, and represent the Centre
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developing ideas for generating research income. You will supervise and mentor students and research staff, providing guidance on methods, analysis, and career development. You will also conduct cutting-edge
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Collaboration. The primary focus of this post will be the development of computational pipelines for the automated extraction and discovery of image-derived phenotypes (IDPs) across multiple imaging modalities