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) investigates how experience shapes brain organization by studying people born with blindness, deafness, or without hands, using behavioral paradigms, computational methods, and state-of-the-art fMRI analyses
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contribute to the construction and retrieval of mnemonic representations. The experimental approach will be primarily based on functional neuroimaging (fMRI), while complementary techniques with high temporal
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work under the supervision of Prof. Stam Sotiropoulos and Prof. Markus Kaiser and their established teams (https://conilab.nottingham.ac.uk https://www.dynamic-connectome.org/ ) in using brain MRI and
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workstream of mTBI-Predict (https://mtbi-predict.digitrial.com/), with an expected start date of 02/01/2026 and a fix-term duration of 6-months. The focus of each position is slightly different with one Fellow
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. Markus Kaiser and their established teams (https://conilab.nottingham.ac.uk https://www.dynamic-connectome.org/ ) in using brain MRI and MR spectroscopy to assess effects and efficacy, calibrate and
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the aetiology and treatment of neurodevelopmental and mental health conditions, with a particular expertise in ADHD (https://www.southampton.ac.uk/research/institutes-centres/centre-for-innovation-in-mental
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ADHD (https://www.southampton.ac.uk/research/institutes-centres/centre-for-in… ). For informal enquiries please contact Dr Valeria Parlatini, PI on this research project (v.parlatini@soton.ac.uk
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well as conducting analysis of existing data, which can range broadly from behavioral (e.g., computerized task) to neuroimaging (e.g., fMRI) data from studies examining neurodevelopmental mechanisms of social
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. About the role The post will play a central role in: Volunteer recruitment and study oversight Applying advanced techniques of high-density surface and intramuscular EMG, fMRI and MRS. Contributing
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, implementation studies that translate evidence-based interventions for preventing suicide and violence in communities, functional magnetic resonance imaging (fMRI) studies, firearm injury prevention through