Rational Design of Naringenin-Functionalized ZnO Nanoparticles for Wound Healing Applications with Cytocompatibility Assessment in L929 Fibroblast Cells

Nanofabrication of shikonin accelerates the wound healing potential in diabetic rats via downregulation of MMP-9: in vitro/in vivo pharmacological validation and in silico molecular dynamic approach

The developed system with remarkable wound healing potential was displayed, displaying chemical stability, improved aqueous solubility and wound area reduction in the present study.

Naringenin and collagen encapsulated alginate containing niosomes: A novel drug delivery system for wound healing.

Wound healing is a complex process, the disruption of which can lead to infection, scarring, and chronic wounds. Natural agents such as naringenin, a flavonoid with antioxidant activity, and collagen, a structural protein with anti-inflammatory properties, can enhance wound repair. Niosomes are vesicular carriers that...

Bioaugmented ZnO/MoO₃-activated carbon nanocomposite as platform for antibacterial, wound healing efficacy with embryonic toxicity assessment.

Bacterial infections obstruct wound healing, prolong inflammation and disrupt cellular activity, leading to chronic wound formation. Consequently, the development of advanced therapeutic strategies like nanomedicine and biocompatible materials has become increasingly important. To address these biological barriers, bio...

A multifunctional hydrogel dressing for wound healing and in vitro cytotoxicity against breast cancer cells: association with GRP78 expression.

Naringenin/Fe3+ nanoparticles encapsulated into extracellular-mimetic chitosan-based hydrogel as a potential antioxidant and antibacterial wound dressing.

A composite hydrogel was engineered between methionine-grafted chitosan and oxidized quaternized pullulan by Schiff base reaction, exhibiting exceptional antibacterial ability and excellent antioxidant activity, tissue adhesion, self-healing capacity, and tailored rheological properties, confirming that the composite h...

A Core-Shell Nanotherapeutic Platform Reprograms the Infected Wound Microenvironment through Dual Bactericidal and Immunomodulatory Actions for Accelerated Healing.

A core–shell-type ZnO@ZIF-8/Ag nanocomposite material that combines high antibacterial activity with excellent biocompatibility offers a strategy for developing therapies against drug-resistant bacterial infections with the potential for clinical application.