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Research Assistant/Associate in the safer management of long-term conditions (LTCs) in disadvantaged
opportunity for a motivated researcher in epidemiology, data science for public health, or statistics - with a strong background in quantitative methods or statistical analysis and programming - to join a
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Lancaster University, the Natural History Museum, London and Fera we are creating an analytical pipeline that integrates high-throughput DNA sequencing with automated image analysis of invertebrates
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, interpersonal and written skills. An essential element of this role will be your ability to influence stakeholders to ensure they are fully engaged in the successful implementation of the projects and initiatives
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patient stratification in future trials of treatment. You will be supervised in this role by Dr Helen Devine and Prof Robert McFarland. An integral element of this role is supporting patient recruitment and
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collaborative elements to carry out in vivo studies to understand Trypanosoma brucei proliferation dynamics in both murine models and in tsetse flies. These experiments will be carried out at the University
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University’s efforts to address this challenge by supporting development of an active network Design Tool for low voltage distribution networks. This tool is a key component of the flagship D-Suite project led
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Collaborate with the recognition and reward element of the project to help create a values based recognition system to support practice change among participants piloting the leadership development intervention
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. Opportunities to develop advanced skills in DoE, automation, quantitative analysis and scientific writing. Conference attendance and networking within the national consortium, subject to project needs and budget
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, operational efficiency and high stakeholder confidence. • Lead on the people elements of projects that deliver strategic value and organisational transformation • Partner with OD colleagues to implement
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that protects the cell from external lysozyme. Since its discovery in 1958, this modification has been recognised as a crucial virulence factor in several pathogenic bacteria, including both Gram