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molecular characterize new bacteriophages targeting specific human bacteria of different microbiomes by phage enrichment from environmental samples using different bacteria as host iii) test bacteriophages
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functionalities (e.g., signal amplification, catalytic enhancement, targeted performance in complex biofluids). Exploring nanozymes’ mechanisms of action to tune catalytic properties, robustness, selectivity, and
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-level, innovative cultural heritage professionals. It offers the track Cultural Heritage and Museum Studies (CHMS). Both research- and practice-oriented courses are in the program, which aims at opening
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. More specifically, the doctoral program has four different specialization tracks: - Complex Systems and Networks (CN) - Computational Mechanics (CM) - Learning and Control (LC) - Software Quality (SQ
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, such as variations in multipath or propagation condistions and signal strength patterns. Individually, these features do not represent obstacles or targets. However, some of them may consistently predict
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. While the contribution of autoreactive T cell immunity targeting CNS protein antigens to MS immunopathology is well recognized, the precise immune-mediated mechanisms are still not fully understood
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of physics, nanoscience, and chemistry. close supervision and strong mentoring, with opportunities to develop scientific independence and build a solid publication track record. access to national and