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(such as the National Travel Survey and mobile phone data) and primary data collection, for example based on a life-diary approach, to capture the interrelationships between mobility and lifestyle-related
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V236E (ε3), which reduce the risk of AD by 2–3 times. This project will use bioinformatics and big data and induced pluripotent stem cell (iPSC) models —cells generated in the lab that can mimic brain
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manufacture, nuclear waste storage, green platforms for growth of functional materials, fuel cell hermetic seals, electrolytes, carbon capture solvents and thermal energy storage media. It is also vital
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their skills to pursue functional studies of new obesity genes (especially related to endocytosis and cell signalling). We use GWAS and genetic approaches to identify novel genes responsible for obesity and
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for patient benefit. To address these challenges, this project seeks to utilise new duocarmycin payloads, which possess properties that enables modulation of their DNA binding capacity and cellular potency
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hydrogen fuel cell turbomachines. AFBs support the shaft by creating a cushion of air between the rotating part and a flexible foil structure, which includes a top foil and an underlying supporting foil
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sequencing (NGS), and bioinformatics analysis is highly desirable. You will join a multidisciplinary team of approximately 15 experienced chemists, chemical biologists, and molecular/cell biologists based in
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at the single-molecule level requires broad and integrated expertise; as such, we employ outstanding international scientists trained in biophysics, biochemistry, and cell biology who work together
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). Biologics are cell and protein-based therapies which are transforming medical outcomes: This spans insulin for diabetes, glucagon-like peptides for obesity, CAR-T cells for cancer and more. A key challenge is
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(e.g. micro-droplets). Bottom-up synthetic cells can shed light on natural biological cell functions but can also be used for future industrial applications like biofuel production or in biomedical