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of Nottingham, and this post supports the Medical Imaging team based in the School of Medicine. In this post, you will apply advanced imaging methods, including metabolic and physiological magnetic resonance
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-organic frameworks, ionic liquids, theoretical modelling of adsorption processes. The Research Fellow will become part of the large-scale multidisciplinary project “Metal Atoms on Surfaces and Interfaces
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. This will involve work on focused ultrasound, magnetic, and electric stimulation experiments, planning experiments, and processing of neuroimaging (EEG, fMRI) and cognitive data gathered before, during, and
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requires substantial experience in ultramicrotomy, serial sectioning, SBF-SEM and quantitative image analysis of Plasmodium parasites using electron microscopy. This fixed-term, full-time (36.25 hours) post
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unique opportunity to be an integral part of a dynamic, multifaceted research programme, with reciprocal interdisciplinary engagement between themes (Genomics, Metabolomics, Advanced Medical Imaging
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(LAM). The programme will use quantitative imaging, biological and clinical data of tissue injury and repair from LAM and COPD patient lungs alongside the development of mathematical and computational