<i>Supporting data</i><b><i> </i></b><i>for </i><i>“</i><b>Nanoparticle Innovations and Redox-Based Approaches for Precision Biofilm Management and Advanced Exploration of Bacterial Infection Mechanisms</b><i>”</i>

This study aims to bridge these gaps by investigating novel materials and methodologies for biofilm inhibition and eradication, focusing on strategies that integrate and surpass the benefits of existing approaches. Specifically, it focuses on developing nanomaterial-based agents and redox-modulating compounds to control biofilms, as well as small-molecule probes designed to reveal intricate interactions between bacteria and host cells. Through this comprehensive approach, the study aims to deepen our understanding of biofilm dynamics and contribute practical, innovative tools for addressing biofilm-related infections in both clinical and environmental contexts.