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who have strong expertise in either MRI-based functional neuroimaging or clinical neurophysiological methods, and who are motivated to integrate both approaches to advance research. We develop and apply
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, 3-D printing, advanced imaging (3T MRI, 40-slice CT) and an active multidisciplinary interventional radiology service, and two in-house pharmacists with compounding capability. The successful
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appointments within parameters of the MRI Lab availability and obtaining informed consent (including brain donation) as well as screening and recruiting Veterans for entry into the LETBI study. This position
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scheduling hospital-based procedures such as MRIs, PETs, ECGs, lab draws, IV infusions, lumbar punctures, and dispensation of study medication. Maintain trial regulatory documentation, including correspondence
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procedures, recovery, and maintaining sterile technique and surgical equipment. Diagnostic Imaging: Perform and assist with imaging procedures including radiography, standing MRI, nuclear scintigraphy, CT, and
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of Medicine. https://www.med.upenn.edu/lcns/ Our mission is to study structure–function relationships in the brain that give rise to cognition and healthy brain function and to translate this knowledge
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steps of the prior-authorization process. Coordinates and tracks all treatment steps (schedules infusions, MRIs, Genetic testing). Additionally responds to and address family/patient concerns related
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(https://www.ntnu.edu/isb/prostomics#/view/about ), which is part of the broader CIMORe environment at the Department of Circulation and Medical Imaging. The group is located at Øya Campus as part of
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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | 4 days ago
advanced magnetic resonance imaging techniques at 3T and 7T for imaging the visual system, including the retina, optic nerve, or brain. MRI techniques to assess blood flow, function, diffusion, and CSF flow
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Alzheimer’s disease. We emphasize utilizing advanced AI/ML techniques and multi-omics data, including MRI, genetics, transcriptomics, and proteomics, to solve clinically relevant problems for precision medicine