TL;DR
The findings suggest that nanofiber wound dressings formulated with nanoscale materials represent a promising and effective alternative to conventional wound dressings, particularly for the therapeutic management of injuries associated with chemical, biological, radiological, and nuclear(CBRN) incidents.
Findings demonstrate that Aloe vera-mediated AgNPs can impart antibacterial functionality to electrospun PVA wound dressings, and careful optimization of the AgNPs concentration is essential to achieve an appropriate balance among antibacterial performance, cytocompatibility, and mechanical properties.
Overall, this BC/Fe3O4-Que nanocomposite dressing integrates nanoscale structural advantages, magnetic-field-regulated drug release, antibacterial activity, and wound-healing promotion, making it particularly suitable for the local treatment of bacteria-infected cutaneous wounds.
The synergistic bioactive effects of CH and GO, along with the ECM-mimicking nanofibrous architecture of the electrospun dressing, demonstrate its potential as a promising candidate for the treatment of chronic wounds.
The results show that JFP/PVA/Bro nanofiber dressings can successfully treat acute wounds and improve vascularization, collagen synthesis, and wound closure rate significantly.
Electrospun nanofibre membranes loaded with Curcuma xanthorrhiza-loaded nanofibres exhibit promising physical and chemical properties in their formulation, and it is suggested that the loading capacity of the extract be increased.
A novel integration of capsaicin-mediated silver nanoparticles within a chitosan–alginate biopolymeric matrix is introduced, providing a multifunctional strategy that enhances both antimicrobial efficacy and wound regeneration compared to conventional systems.
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