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Supervisory Team: Thalia Dominguez Bucio, Frederic Gardes, Rand Ismaeel, Matthew Mowlem Project description This project sheds light on ocean biology and ecosystems by developing a robust
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; University of Sussex | The City of Brighton and Hove, England | United Kingdom | about 19 hours ago
PhD studentship in the Groups “Numerical Analysis and Scientific Computing” and “Mathematics Applied to Biology” at the University of Sussex (UK). PhD project Statistical inference has proved to be
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molecular or cellular researcher, you would also develop close ties with the membrane biology cohort in Biomedical Sciences, The Astbury Centre for Structural Molecular Biology as well as the Biodiscovery
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metabolites. In order to determine the molecular mechanism of tumour cell response, activation of key metabolic regulators will be assessed using standard molecular biology techniques. To better understand how
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to take forwards. You will join two vibrant research groups (http://elkslab.weebly.com/, https://emilynoelresearch.weebly.com/) and you will be well trained in zebrafish biology and microscopy techniques
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that you submit the minimum supporting documents . Project search terms: endocrinology, reproductive biology, sport & exercise science - other, sport performance Other search terms not listed: female athlete
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to try to solve the 3D structure of histone H4-fibrinogen microclots. You will have a PhD in Biochemistry or related discipline. Laboratory experience with protein biochemistry, structural biology, EM
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PhD Studentship: The Role of the Extracellular Matrix in Cardiomyocyte Developmental (SMITH_U24DTP1)
. Training will be provided in the areas of stem cell biology, cardiac biology, differentiation, advanced flow cytometry, single cell sorting, RT-qPCR, and CRISPR/Cas9-based genome editing. As
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between chemistry, biology and physics, and interested in developing a new type of probes for diagnostics and targeted drug delivery? This project may be for you! Glycocalyces are glycan-rich coats
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-associated enhancers regulate TEAD1 expression in cartilage and 2) examine the role of TEAD1 in human cartilage differentiation, homeostasis and disease pathogenesis. The project will combine molecular biology