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- Faculty of Science, Charles University
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to Movement: How MICAL1 Remodels the Cytoskeleton to Guide Neuronal Growth Minimal design of plant cytochrome P450 enzymes Molecular Mechanisms of Sema5c Signaling: From Axon Guidance to Autism Molecular
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knowledge of biochemistry and molecular biology. They are prepared for individual scientific project or cooperation in research group. They are able to design and perform complex biochemical experiments and
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development and design of geoinformation infrastructures. Application submission The application is submitted electronically through the Charles University study information system . The completed application
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, • in-depth knowledge of machine vision principles and image processing, • programming experience, preferably in Python, • practical experience with the design and testing of simple electronic circuits
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knowledge and experience creatively. A graduate can formulate, plan and perform scientific tasks and critically evaluate and present their results, and has practical experience with organizing and funding
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usable in practice both in chemistry research and experimental work as well as in the management of projects or a chemical laboratory. He is able to propose research projects, plan a solution strategy
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of multi-petawatt laser technologies. The primary objective of the project is to exploit the theory and large-scale numerical simulations to design a laser-based optical system capable of efficiently
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are the development of atmospheric plasma sources, their optimization, diagnostics of generated plasma, innovation, and industrial applications for surface treatment of materials such as nonwoven textiles, nanofibers
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candidate to contribute to the research activities and publications of the team but also to proactively design their own research agenda on the topic of Language, Race and Lived Experience of Migration. Where
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methodologies to study lipid–protein interactions in live cells, with applications to neurodegenerative diseases. The successful candidate will: Design and perform experiments using advanced fluorescence