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prototypes, and even for printing of DNA and protein substances. These new applications demand the utmost in terms of reliability, as an imprecise deposition of even a single droplet can render the printed
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molecular research ranging from biochemically purified molecules to tissue analysis and is embedded within the EM Centre that also serves non-life science users. You will assist users, providing expert
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). At the University of Amsterdam we are exploring a unique mixture of atomic species, namely Rb and Sr. The long-standing goal is to bring these species together and form RbSr molecules. A key milestone in this regard
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includes research encompassing experimental and theoretical approaches at a wide variety of temporal and spatial scales, i.e. from molecules and microorganisms to patterns and processes occurring
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and, for the first time, conformationally pure target molecules, investigated using purpose-built experimental setups. Experiments will be performed at synchrotron radiation sources and heavy-ion
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staff include the dynamics and acclimation of photosynthetic light harvesting, NMR/MRI in soft matter and food science, single-molecule biophysics and imaging, and acclimation responses in photosynthetic
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that will employ a wide range of methods, including biochemical, biophysical, cell biological, computational, and genetic approaches. This cutting-edge research spans from computational analyses and single
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virus that then infects new hosts. Andino’s work has helped us understand that it is not a single type of virus that is transmitted but a cluster of closely related viruses, known as a ‘quasispecies