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metabolomic and lipidomic analysis. References/further reading Stockis J, Yip T, Raghunathan S, Garcia C, Lee S, Simpson C, Pinaud S, Schuijs MJ, Araos Henríquez J, Png S, Raddi G, Bricard O, So TY, Mack S
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international record in teaching and research. Working in a team of seven within the Undergraduate Administration team, the role holder will support the Faculty and its six constituent sections in delivering
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planned work includes use of a collection of synthetic gene elements designed for engineering the Marchantia chloroplast genome, with prototyping in bacterial systems. These allow hyper- expression of
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score of 7.5 in IELTS (with no element under 7), or a score of 100 in TOEFL (with no element less than 24). For further benefits and details on the Internship: https://www.vet.cam.ac.uk/study/cts/jcts1
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-person environment and culture. Elements of this role are suitable for hybrid working, where staff can split their time between in-person collaboration and remote working. The frequency of the remote
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connectome, with a focus on the chemosensory circuits involved in human host-seeking. The principal focus will be on the high level proofreading, annotation and analysis of connectomics data. This will include
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in the Lab of Interdisciplinary Spatial Analysis (LISA) in the Department of Land Economy, University of Cambridge. This position is funded by the City University of Hong Kong and will be held
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. Initial analysis suggests recurrent selection of divergent types in multiple locations. The aim of this role is to complete this analysis and prepare a manuscript for submission for publication
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international business study trip, an elective programme, amongst other key elements, all of which will require the role holder's organisation and coordination skills. The ideal candidate will have experience
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combine genetic analysis and functional investigations in planta with a range of imaging techniques (including CryoSEM and confocal microscopy) to investigate the mechanisms allowing candidates genes