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particular molecular cloning on bacterial plasmids and chromosomes; Next-generation sequencing), microbiology (sterile techniques; bacterial growth and fluorescence assays in plate reader and flow cytometer
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accelerator development, with consideration of applications to industrial applications such as security screening. Proposals should demonstrate how they align to the industrial partner priorities in any
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cancer and by stage of disease using routine data. (ii) To identify whether socioeconomic status, defined by index of multiple deprivation, is associated with the cost of treating cancer by stage
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of the nuclear research community at The University of Manchester, the most advanced nuclear research capability in UK academia. We encourage applications in areas which are aligned with priority research topics
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are currently under-represented at this grade. Appointments will always be made based on skills and experience aligned with the job description. For further information, please visit: http
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) Sustainable Development Goals (SDGs). The Dame Kathleen Ollerenshaw Fellowships are fully aligned with the recently launched Manchester 2035 strategy and our EDIA goals incorporating Our People, Our Values, Our
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universities globally for our impact in addressing the United Nations (UN) Sustainable Development Goals (SDGs). The Dame Kathleen Ollerenshaw Fellowships are fully aligned with the recently launched Manchester