48 density-functional-theory-molecular-dynamics Fellowship positions at University of Michigan
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focused on defining mechanisms of disease pathogenesis. Specific potential pathogenic mechanisms to explore include the role of TRPV4 in regulating actin cytoskeletal dynamics and the integrity of blood
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, highly motivated individual for postdoctoral fellow position. The successful candidate is expected to thrive in a fast-paced dynamic environment. In this role, the candidate will work as part of a team
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using molecular simulation and machine learning methods. This position offers the opportunity to work at the intersection of computational methods and advanced material discovery in a highly collaborative
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. Responsibilities* The successful candidate will work with a dynamic and multidisciplinary research team. Responsibilities include: Lead and conceive research projects Develop and implement complex research protocols
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of Michigan, Ann Arbor. This joint project seeks to uncover the dynamics of RNA molecules at the single-particle level in live cells using state-of-the-art single molecule fluorescence microscopy and live-cell
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fellows, graduate students, research faculty, and medical/undergraduate students. Our work focuses on investigating the biology of DNA damage response signaling pathways in tumorigenesis and therapeutic
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Medicine and Bioinformatics. The specific objectives of the project are to (i) develop mathematical and data analysis methods to analyze resilience, robustness, and tipping points of network dynamics, when
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effector readouts in cell-based assays, and drug/ligand screening against drug targets Expertise in eukaryotic cell culture, molecular biology, and the willingness to work with low amounts of radioisotope
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well as the implications of these motives to theories of decision-making, organizations, and public policy. At the heart of this work lies the idea that people are often motivated to hold (or avoid) specific beliefs
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meaningful information from noisy or ambiguous sensory signals? To what extent does neural plasticity in the auditory system occur via mechanisms dictated by classic theories of reinforcement learning, or does