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this pressing issue by developing novel carriers and innovative infection models (both 2D and 3D) to eradicate these intracellular pathogens and unveil underlying mechanisms driving resistance. This project
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on themes such as the mechanical behavior of 3D-printed constructions; the impact of aging/fatigue on 3D-printed oral devices; and the role of post-processing techniques in the outcomes of those devices
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into the mechanisms underlying the establishment of a healthy host-oral microbiome balance in early life- a balance known to confer lifelong healthy benefits. Through cutting-edge techniques and the utilization of a
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to detect, and powerful against strong encryption mechanisms. As part of the PhD research we will apply techniques from the analysis of cryptographic protocols and adapt them to the setting of hardware