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: “Intelligent nanoparticulate formulation for the development of new antibiotics,” in which we seek to examine whether the use of artificial intelligence can be a tool for the rational design of nanoparticulate
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, testing for activity and subsequently improving both the activity and stability through gene modification. This will be done with the aim of creating enzymes with properties suitable for effective use in
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to support it. In this research, we will examine how deviations from key EIBI elements impact outcomes, using archival data from the Lovaas Institute Midwest (USA). The dataset includes over 200
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ECTS. In addition, one of the following three criteria must be met: Advanced methodological knowledge in the form of completed master's course or documented exam in methods / theory of science at