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response to various biomaterials. Understanding the time-and spatial-dependent molecular processes underpinning foreign body response is important for a broad range of applications, from the development
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instruction in the use of equipment and techniques to staff/students in the areas of food structure, biomaterials and food processing teaching and research. They will be responsible for the upkeep of a
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still not fully understood, since current cancer models typically neglect the role of these fibre networks, despite its proven clinical significance. This PhD project will implement novel biomaterial
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microbiology, biology, biochemistry, materials science or associated subject. in a discipline relevant to the project such as biochemistry, chemistry, biomaterials is desirable. Past experience of working with
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-disciplinary training in analytical science, cell biology/immunology, biomaterials, tissue models and fundamental aspects of inflammatory diseases. The student will be able to work within well-funded and vibrant
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project funded by Horizon Europe focussed on developing immune-competent tissue models for testing the biocompatibility of chemicals and biomaterials. The successful candidate will join a dynamic and
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, Biomaterials) Candidates are expected to start on 1st October 2024 Application Procedure: To apply for this PhD opportunity, please submit: A cover letter (outlining your research interests and motivation
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industry experience are welcome to apply. Applicants should have a first or second-class UK honours degree or equivalent in a related discipline. The ideal candidate would have a background in biomaterials