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of a wider programme of work to establish that membraneless organelles, biological liquid droplets, are effectively regions of organic solvent, suspended inside cells and that the properties of each
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validate new technologies for the diagnosis, prevention, and management of sport injuries, with emphasis on safety rather than performance. You will be responsible for the design, execution and analysis
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of autoimmunity Perform detailed T-cell phenotyping and functional assays Conduct mechanistic studies using molecular and cellular immunology techniques Contribute to data analysis, presentation, and publication
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informing the development of more precise immunotherapies. The successful candidate will: • Design and carry out in vivo experiments in preclinical mouse models of autoimmunity • Perform
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program. Through this work, you will build scientific independence, develop new science and leadership skills, and establish a growing reputation externally. Your role will be to lead a research project
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schizophrenia-related symptoms in animal models (mice), in the context of a collaborative project with clinicians and computational scientists. This project will be supervised by Prof Oscar Marin and Prof Beatriz
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at the intersection of education, mental health, and developmental science. The successful candidate will contribute to a major research programme investigating how educational experiences shape mental health from
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clinicians and computational scientists. This project will be supervised by Prof Oscar Marin and Prof Beatriz Rico. Candidates should have strong experience in stereotaxic surgeries and Electrophysiology
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partners. The post holder will be expected to contribute to and lead high impact scientific publications and will present at scientific meetings and disseminate scientific results to a variety of audiences
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ultracold molecules. The post holder is therefore expected to have experience and familiarity with the techniques used in the study of ultracold gases, including the operation of magneto-optical traps