14 model-driven-engineering Postdoctoral research jobs at University of Texas at Dallas
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rodent models (mice and rats), as well as related experimental procedures. The work primarily involves animal behavior research to determine drug dosing and side-effect profiles. Prior experience in pain
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novel proteins/antibodies and explore their biomedical applications. Our goal is to utilize these engineered proteins to precisely regulate intracellular signaling pathways, eventually translating
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Posting Details Posting Details Posting Number S06676P Position Title Postdoctoral Research Associate Functional Title Postdoctoral Research Associate Department Materials Science and Engineering
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/01/2025 Job Summary Multiple postdoctoral positions (up to 4) in the areas of peptide chemistry/engineering, protein engineering/design, and biocatalysis are available in the laboratory of Rudi Fasan
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rodent models (mice and rats), as well as related experimental procedures. The work primarily involves animal behavior research to determine drug dosing and side-effect profiles. Prior experience in pain
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Demonstrated ability to conduct independent research in neuroscience Strong background in in vivo mouse models, mouse surgery and behavioral procedures, mouse handling and colony management, histology
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Institute of Texas (CPRIT) and Welch Foundation. Opportunities to build strong collaborative research programs with other engineering and science faculty on the UT Dallas campus or with faculty at our
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/21/2025 Job Summary Multiple postdoctoral positions (up to 4) in the areas of peptide chemistry/engineering, protein engineering/design, and biocatalysis are available in the laboratory of Rudi Fasan
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have a strong background in theoretical modeling and/or numerical simulations of quantum matter, including their electronic structure, electron-electron correlations, topology, and transport/optical
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novel proteins/antibodies and explore their biomedical applications. Our goal is to utilize these engineered proteins to precisely regulate intracellular signaling pathways, eventually translating