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at the Sir William Dunn School of Pathology, University of Oxford. The project aims to elucidate the molecular mechanisms of dynein-2 transport in cilia using cutting-edge structural and biochemical approaches
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fundamental questions in statistical physics. The work is primarily numerical, and we seek candidates with experience in particle-based simulations (e.g., molecular dynamics) and a strong interest in large
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: - PhD in cancer biology, pharmacology, biochemistry, or related discipline are encouraged to apply. - A strong cell and molecular biology background is required, and previous experience with the tumor
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. Using all-atom molecular dynamics simulations and enhanced sampling techniques, the project will investigate how S-glutathionylation modulates nucleosome structure and dynamics, alone and in combination
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at the systems level. By integrating groundbreaking multiomic methods at the single-cell level with advanced experimental models, such as human organoids, the laboratory maps the molecular and cellular mechanisms
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STRUCTURAL BIOLOGY · DIOSCURI CENTRE OF EXCELLENCE · MAX PLANCK SOCIETY PARTNERSHIP Postdoctoral Researcher in Time-Resolved Structural Biology Structural Dynamics of Cyanobacterial
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on cellular dormancy (quiescence) in eukaryotic microorganisms, particularly baker's yeast (Saccharomyces cerevisiae). This project explores cellular and molecular mechanisms underlying phenotypic variability
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identified around: theorists in quantum chemistry and molecular and reaction dynamics, organic synthesis chemists, physico-chemical experimenters (spectroscopy, photochemistry, molecular recognition and
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research related to the dynamics of viral replication and the immune response in humans during natural infection with respiratory viruses. You will analyze longitudinal viral and immune samples collected
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Roberts at the Dunn School with shared group meetings and lab space. The applicant should hold, or be close to completion of, a PhD/DPhil in Structural Biology, Biochemistry, or Molecular/Cell Biology