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range of state-of-the-art structural biophysics platforms, including nuclear magnetic resonance (NMR), X-ray diffraction, mass spectrometry, electron microscopy, atomic force microscopy, and other
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Evolution Under Ion Irradiation using transmission electron microscopy. In situ transmission electron microscopy (TEM) is a powerful characterization technique that can be used to provide a comprehensive
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and organoid platforms, genome engineering technologies, advanced microscopy, spectral flow cytometry, single-cell and spatial genomics, proteomics and biomarker laboratories, and high-performance
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to establish and lead high-caliber research programs while actively contributing to the educational missions of both undergraduate and graduate programs within SLST. Application Procedure: To apply, please
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, can be located at https://www.utah.edu/nondiscrimination/ . Online reports may be submitted at https://oeo.utah.edu . Notice The University is a participating employer with Utah Retirement Systems (“URS
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Committee. You can read about the recruitment process at https://employment.ku.dk/faculty/recruitment-process/ .
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Mycobacterium tuberculosis), macrophage biology, host-directed therapies, antimicrobial drug development, wastewater surveillance, and cancer therapeutics. The successful candidate is expected to lead a project
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position within in the SoftMatter group at the University of Münster. The goal is to characterize and understand stimuli-responsive emulsions using atomic force microscopy. The project will build on our
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spcialized in electrocatalysis. The researcher will investigate cathodic embrittlement, a poorly understood phenomenon that can fragment metals (e.g., Pt, Au, Ni) in reducing environments, compromising
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led by Dr Thomas Paterson, bringing together bioengineering, microbiology, neuroscience and translational neurotechnology. The programme will explore whether engineered fungal networks can be developed