10 numerical-modeling Postdoctoral positions at The University of Iowa in United States
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of satellite remote sensing and chemistry transport model to study air quality, wildfires, aerosol-cloud interaction, land-air interaction, and the interaction of climate change and atmospheric composition
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examinations in animal model systems. This includes administering cellular and gene therapy products and drug treatment via ocular injection, performing laser injury in a model of choroidal cell loss, and using
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leukocyte biology Thrombosis and Hemostasis in vivo assays Microscopy including intravital Experimental models of stroke (filament and embolic) with long-term functional outcome. Experience in supervising
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have a minimum of 5 years of postdoctoral training. Expertise in cellular and mitochondrial metabolism, neurobiology, behavioral testing in animal models, airway epithelial cell biology, and cellular
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spacecraft observations. It is expected that the postdoctoral research scholar will produce numerous first-author publications presenting successful applications of the field-particle correlation technique in
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, memory, or attention). Work will be performed using a combination of EEG, intracranial recordings (DBS, sEEG), TMS, fMRI, EMG, brain lesions, computational modeling, and other methods. About the Wessel
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Iowa using Iowa Cancer Registry data and other sources • Collaborate with biostatisticians on modeling initiatives to identify drivers of cancer trends in Iowa • Present research findings at national
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. The scholar will analyze VA data, construct machine learning models (including but not limited to interpretable models) focusing on clinical outcome prediction, develop manuscripts to submit to leading journals
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the use of computational techniques to understand, model, and mitigate healthcare associated infections (HAIs) such as C. diff and MRSA infections. These infections are typically amplified in hospitals
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an important role in a multi-disciplinary group that is both rigorous and collaborative and will have exposure to the development of novel mouse models for both mechanistic and therapeutic studies. This position