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) of the Hull York Medical School (HYMS) at the University of Hull. This study will focus on human platelets and will utilise clinical samples from the Allam Diabetes Centre of the Hull Royal Infirmary (HRI
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to improve the rehabilitation outcomes of patients who undergo total knee replacement (TKR) by developing and testing an innovative tool to measure and predict knee stiffness, a common and debilitating
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) or shuffling up of chromosomes (recombination) in human eggs and sperm, which lead to genetic alterations that may be inherited by future generations. We investigate the mechanisms underlying these changes and
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contribute to spatial transcriptomics and proteomics in human IgAN kidney samples. About you You will hold a PhD (or be near to completion: thesis submitted) in a relevant area at the time of application and
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‘Alteration in bacterial cell envelope structure as the mechanism of antibiotic resistance and cell death’, with a proposed starting date of 1st September 2024. Antibiotic resistance is a major threat to human
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. This role not only allows you to contribute significantly to the understanding of human behavioural mechanisms but also positions you at the forefront of scientific innovation. The position promises
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major threat to human health, requiring a better understanding of how antibiotics kill bacterial cells on a single-cell level and how antibiotic-resistant bacteria emerge. This project aims to use imaging
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poised to be a multi-decade effort to review, synthesise, research and analyse the effects of religious belief, behaviour, and institutions on many crucial domains of human life. A sub-initiative of SCORE
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• Experience in MRI pulse sequence development • Understanding of magnetic resonance spectroscopy and spectroscopic imaging • Experience in human MR imaging and analysis
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Extremes. The appointed candidate will be embedded within a wider team of physical and social scientists working to identify the most pressing threats to humanity from ‘unseen’ climate extremes – those