67 phd-mathematical-modelling-population-modelling Postdoctoral positions at The University of Arizona
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-inflammatory cytokine Macrophage Migration Inhibitory Factor (MIF), and investigating the effects of bile acid metabolites on CDI pathogenesis. The ideal candidate will hold a doctoral degree (PhD or MD) and
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Migration Inhibitory Factor (MIF), and investigating the effects of bile acid metabolites on CDI pathogenesis. The ideal candidate will hold a doctoral degree (PhD or MD) and have research experience
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Associates. The ideal candidates will possess a doctoral degree (PhD or MD) and have a strong background in molecular biology and physiology. There are three major projects in the lab: 1) studying the role
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. The ideal candidates will possess a doctoral degree (PhD or MD) and have a strong background in molecular biology and physiology. There are three major projects in the lab: 1) studying the role of various
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diffusion models for synthesis of 5G/6G coverage maps, channel characterization, medical imaging, and RF signal synthesis. Study new reinforcement learning and DQN designs for beam tracking and management in
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Laboratory and the Dept. of Materials Science and Engineering at the University of Arizona has an opening for a Postdoctoral Research Associate I in the field of thermodynamic modeling of planetary materials
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over 15 peer-reviewed publications and serving as an exemplary model for the rare disease community. The comprehensive survey is accessible to participating families on REDCap and is structured into 15
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, and neural circuit models for understanding local-field and neural ensemble data collected from rodent models of healthy aging and age-associated disorders. These analyses and models will contribute
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of Arizona's Department of Psychology invites you to apply to the role of Postdoctoral Research Associate I. This position will develop and refine computational approaches, analyses, and neural circuit models
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-disciplinary research involving the use of mouse models, human tissue and blood samples. Use biochemical, cellular, molecular, and pharmacological approaches to for mechanistic studies. Use cutting-edge