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methods for photocatalytic membrane development. The project will focus on i) photocatalyst selection, looking beyond the most commonly used materials, ii) exploring options of catalyst deposition and
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light-control methods using intense ultrasound fields Develop, plan and carry out experiments involving modern ultrafast lasers and state-of-the-art acoustics Prepare scientific publications and present
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/Diploma) in food chemistry, biochemistry, nutritional sciences or a related field sound knowledge and experience in the use of instrumental analytical methods such as HPLC-MS, GC-MS experience in
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range of methods, including survey psychology, response-time paradigms, process-tracking techniques (mouse-tracking, eye-tracking), and incentive-based behavioral paradigms and experience in (learning
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the transfer of expertise and practical skills, as well as instruction in the application of scientific methods in the Bachelor’s and Master’s programs according to the applicable LVNV, and teaching export
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the opportunity to acquire expert skills and knowledge of innovative single-molecule manipulation methods applied to a highly relevant topic of molecular separation. Salaries will be according to DFG standards
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of the dissertation Literature research Development of methods to optimise the proton dose distribution in the presence of magnetic fields from our in-beam magnetic resonance (MR) imaging prototypes Planning
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morphological and biochemical methods as well as transcriptomic approaches at different time points during RO maturation. We expect robust phenotypes such as altered morphology and differentially spliced genes in
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expression patterns. Our approach combines genomic, molecular, neurobiological, comparative, and computational methods to link genome architecture to neural circuit organization and to understand
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-based method, named “LinkageID”, to systematically isolate cellular factors associated with particular linkages. By applying this technique in mammalian cell culture and budding yeast, we aim to identify