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results. Independence in organizing and optimizing own work time. Collaboration with other team members. The candidate's research scope will include experimental tasks and data analysis in the context
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screening. The researcher will prepare DUS–tRNA complexes for structural analysis using single-particle cryo-EM. He/she will perform sample screening and optimization for cryo-EM data collection and analyze
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emphasis on the durability and reliability of friction nodes. Additionally, they also deal with the optimization of structures in terms of durability, reliability and energy consumption. The teaching
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, which may lead to a breakthrough in bioimaging. Key responsibilities include: - development and optimization of experimental setups - data analysis and computational modelling - conducting experiments in
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, and will also deepen the understanding of nonlinear optical effects in ferroelectric nematogens. Job Description and Responsibilities: Synthesis of organic materials, process optimization, purification
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on the synthesis and preparation of various layered transition metal-based and hexacyanoferrate-derived positive electrode (cathode) materials for Na-ion batteries. This includes synthesis optimization and
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-molecular-weight biologically active ligands – development and optimization of efficient encapsulation procedures. Synthesis of polymeric nanoparticles and construction of final therapeutic systems
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involve developing novel biomaterials, establishing protocols for high-precision biomanufacturing by combining both printing techniques, and ensuring optimal cell viability and tissue functionality after
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. Synthesis of nanoparticles, functionalization, and characterization of their chemical and physical properties – development of optimal protocols taking into account the project objectives 2. Labeling
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framed within the NCN OPUS project, "Food Waste Biorefinery for Sustainable Production of Next-Generation Algal-Based Bioproducts," will be implemented. The project focuses on optimizing food waste