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, Chemical, Material Science, and Electrical Engineers, as well as Applied Physicists. The group conducts fundamental research on nanoscale mass-transport by leveraging the convergence between i) in-situ
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-generation therapeutics and vaccines. Research projects will involve engineering high-throughput library-on-library screening platforms for viral immunology, building AI foundation models to predict viral
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airway function, particularly in the context of spinal cord injury (SCI). Funded by NIH and DoD grants, current projects explore how combining acute intermittent hypoxia (tAIH) with task-specific training
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leading research institutions, the University of Florida provides an exceptionally supportive environment for research. University support includes integrated and state of the art computer technology