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include developing a protocol, data screening, analysis and synthesis of qualitative research data, and writing the work up for publication. Successful candidates will also be expected to support patient
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them by electron micro-probe methods, before in situ Rb-Sr and Pb isotope ratio analysis. This work will be undertaken on a number of suites of samples across continental history. In tandem, titanites
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analysis), Professor Martin (cancer epidemiology), Professor Jenny Donovan (social medicine, prostate cancer health services research) and Professor Kate Tilling (causal analysis). Part-time will be
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approaches including multivariate shape analysis, phylogenetic comparative methods, and computational fluid dynamics. The work involves primarily office-based computational research, with some museum
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Framework (Times Higher Education analysis of REF2021). You will develop and apply molecular simulation methods to model protein dynamics and interactions. This will include developing methods based
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methodology, primarily based on organobismuth chemistry and transition metal catalysis. This will involve reaction optimisation, method exemplification, and target identification. You will assist the principal
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experience of working independently, developing analysis pipelines and writing papers. You will have published research and have experience presenting your research to colleagues, the wider research community
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modelling, quantification of uncertainties and data analysis. They will work closely with a large delivery team at the UK Centre for Ecology & Hydrology, British Geological Survey and Imperial College London
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to enable us to better understand the mechanisms that underlie emotional control. You will also be expected to undertake the data analysis and prepare results for publication, including drafting manuscripts
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and fully supported scientific instrument and analysis facilities. For informal queries about the role please contact Craig Butts: hos-chem@bristol.ac.uk / 0117 4552279 Contract: Open Ended Grade: L