In vitro study demonstrates potent antibacterial activity of Inula viscosa copper oxide dressings against Gram-negative pathogens, suggesting an eco-friendly wound therapeutic.
OBJECTIVE: to address critical challenges in wound care, specifically infection risks and coagulation disorders. SIGNIFICANCE: By utilizing bioactive plant compounds as natural capping agents, this research provides an eco-friendly, multitargeted processing technology that transforms simple nanostructures into high-performance, biocompatible topical delivery systems for advanced pharmaceutical wound dressings. METHODS: . RESULTS: wound dressings displayed potent, controlled antibacterial action, particularly against Gram-negative pathogens, matching positive controls. CONCLUSIONS: biological validation, this advanced formulation offers a viable technological alternative to conventional wound healing therapeutics.
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Moudani et al. (2026) studied this question.
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