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of current techniques and future directions. Theoretical research into conventional position location techniques based on power measurement and subspace techniques. Here the objective is to establish
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. To establish the dynamics of the interactions between the different organisms in the microbial community we will be using a range of mass spectrometric techniques, including proteomics and metabolomics and
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Institute (NGI) and Henry Royce Institute (University of Manchester) and we collaborate with academic and industrial partners both in the UK and globally. This PhD project is supported by Syensqo, a leading
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adults: this phase of the project will establish a unique dataset by recruiting human volunteers to complete assessments in our research facilities. We will utilise advanced technology to determine
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. Therefore, the overall goal of this project is to establish the molecular mechanisms underlying cell surface protein glycosylation driven cell-matrix adhesions and its impact on mechanobiology and melanoma
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(PGMOL). This fully funded PhD provides an exciting opportunity to pursue postgraduate study within Manchester Metropolitan University’s Institute of Sport, which is equipped with state-of-the-art sport
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Metropolitan University’s Institute of Sport, equipped with state-of-the-art sport science testing facilities. The preferred candidate will also work closely with the PGMOL to develop and implement valid