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to develop models towards human neural spheroids and/or organoids, and use these “mini-brain” platforms to generate infiltrative tumours using patient-derived GSCs. The model will then be validated as a more
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use cutting-edge facilities to study TH metabolism and develop expertise in a range of laboratory techniques. These involve isolation of blood macrophages and in vitro cell culture for a human ChP model
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will include a CPD project working with the NMP to develop its interpretation strategy based on community voices. Eligibility You are required to have a good honours degree (1st Class or an Upper 2:1
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system. To develop appropriate therapies that can meet this challenge it is vital that we understand the pathological events following injury and the responses initiated during repair. Our research studies
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PhD Studentship: Pancreatic beta cell glucolipotoxicity – how do dietary nutrients turn into toxins?
biochemical techniques. With laboratories on the city and hospital campuses of the University of Plymouth, and with direct input from DDRC Healthcare, the project has access to a broad range of specialised
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will provide an opportunity to develop and apply a range of skills in neuroimaging (e.g. fMRI, DTI, MRS), brain stimulation (e.g. TMS, FUS), electrophysiology (EEG) methods, alongside neurocognitive and
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disease impacting domestic flower production. The School of Biological and Marine Sciences, at the University of Plymouth, invites applications for a fully-funded ResM. studentship. The studentship will be
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unmet need for these services. This project will develop datasets and software to deliver Functional Imagery Training (FIT) via mobile devices and, ultimately, via embodied agents (robots). As a person
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conditions of childhood. A significant proportion (35%) of children will develop drug resistant epilepsy, experiencing regular debilitating seizures despite treatment with multiple anti-seizure medications
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epidemiology at the interface of clinical research and practice. The project will provide opportunity to: Be involved in a research project with direct clinical impact Develop expertise in OCT and glaucoma