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This research demonstrates strong antibacterial activity of modular titanate nanofilaments in water purification and coatings, indicating a new class of materials for hygiene applications.
nanocrystals and promotes strong interfacial contact with bacterial membranes. The synthesis is solution-based, low-temperature, highly scalable, and tolerant to the presence of several interlayer cations, providing modularity and manufacturability. These findings establish 1DL NFs as a new class of inorganic antibacterial materials with transformative potential for smart antimicrobial coatings, biomedical interfaces, water purification, and food-safety applications.
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Mozafari et al. (2026) studied this question.
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