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to dysregulated telomere lengthening or shortening. Shelterin, a large protein complex, bind to telomeres and is central to maintaining telomere homeostasis. This project will use our recently developed in vitro
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models affect satellite cell function and in determining whether primary cilium dysfunction is implicated in the loss of regenerative capacity in satellite cells. This project will use the power of mouse
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diverse range of physiological and behavioural parameters, including heart rate, sleep patterns, physical activity, GPS location, and phone/app use. They represent the most extensive observational studies
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from patient-specific segments of the cardiovascular system, use these data to validate state-of-the-art cardiovascular modelling approaches, and for the first time quantify uncertainty in the model
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year round Details Scavenger receptors have been identified as being important in Human disease and normal physiological responses. Scavenger receptors are a large family of cell surface receptors
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. The project aims to unravel the underlying genomic, physiological, and behavioural mechanisms driving the elaborate displays, ornaments, and courtship behaviors observed in diverse species. The Project Sexual
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physiologically plausible models of how light penetrates brain tissue particularly how it is scattered and absorbed. The project will also refine the use of optogenetics that can be used to drive cells
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When do astrocytes contribute to the control of brain blood flow? Department of Psychology PhD Research Project Self Funded Dr C Howarth Application Deadline: Applications accepted all year round
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Single use plastic is a major environmental concern that is urgently in need of innovative solutions. Microalgae are photosynthetic organisms that can be employed to develop processes
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, protein, PUFAs, and generate nutrient enriched biomass for use as feed ingredients and as human food supplements and food ingredients. Microalgal biomass can be grown sustainably to accumulate desired