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monitoring and quantitative analysis of changes in fluorescence signals. The results obtained may directly contribute to the development of more effective and safer targeted therapeutic strategies. A candidate
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monitoring and quantitative analysis of changes in fluorescence signals. The results obtained may directly contribute to the development of more effective and safer targeted therapeutic strategies. A candidate
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hUPF1 proteins in different cancer cells. Establish and perform FRET assays to map, track, and quantify real-time protein-protein interactions (e.g., hUPF1-hUPF2 complexes) and monitor disruption by hits
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take advantage of rare opportunities to record neuronal activity directly in humans during the clinical implantation of devices for intracranial monitoring of drug-resistant epilepsy. Specifically, we
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(Monitor UW of 2019 r. pos. 190 with amendments), and the Regulations on awarding funding for research tasks funded by the National Science Centre as regards research projects Furthermore,applicants must
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gain the knowledge in a cutting-edge NMR methodology for reaction monitoring. Will gain experience in automated synthesis development. The project involves work on the development of the new NMR toolbox