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radiographs. Spine imaging interpretation is shared between the neuroradiology and MSK sections. Our team reads cases referred by Orthopedic Surgery, PM&R and Sports Medicine. Weekend call duties are shared by
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to apply. The department will provide a robust relocation package along with a signing bonus. Job Information : Body Imaging of all modality types, including MR, CT, US, and GI/GU fluoroscopy As a member of
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studies the function of neural circuits in the developing visual system of ferrets using large-scale in vivo recordings, including two-photon calcium imaging, high-density electrophysiology, and behavioral
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support to the Interventional Cardiology, Electrophysiology, and Advanced Imaging faculty. This includes recruitment of faculty, event planning, communications and website updates and recommendations as
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, retroorbital, and IV injections, collecting blood, harvesting organs, IVIS imaging, and processing samples for flow cytometry and immunohistochemistry. qPCR, cloning, maxiprep, transfection/transduction of T
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experiments Perform microscopy-based imaging techniques to study membrane and vesicle trafficking Carry out DNA, RNA harvesting for single-cell sequencing and analysis. Design, plan, and troubleshoot
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stimulation on motor learning, cortical plasticity and rehabilitation. Our approach combines chronic VNS with optogenetics, in vivo two-photon imaging, electrophysiology and skilled motor tasks in the mouse
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of Pediatric Radiology Fellowship Preferred Qualifications: Experience working and collaborating with multiple clinical specialties Knowledge, Skills and Abilities: Interpretation of radiology imaging studies
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vision-language models (VLMs) and diffusion-based generative frameworks tailored for medical imaging and report synthesis. Medical Image Analysis: Lead projects in extracting, interpreting, and modeling
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investigating inflammatory signaling and remote‑organ damage following trauma. We integrate cellular and animal models with multi-omics, high-resolution imaging, and genome‑editing technologies to uncover