TL;DR
Results identify the neutralized 0.2% w/w MWCNT/CS film as a mechanically reinforced, cytocompatible candidate that enhanced gap closure for superficial wound dressing applications.
It is demonstrated that CS/MWCNT-coated MMBG scaffolds provide an effective combination of mechanical reinforcement and osteogenic potential, offering a promising platform for load-bearing bone tissue engineering applications.
In this study, novel 3D bioprinted composite scaffolds were developed using Polyvinyl alcohol (PVA), chitosan (CS), sodium alginate (Alg), and turmeric (Tur) to investigate their potential as advanced bioactive platforms for wound healing and drug delivery. The scaffolds were fabricated via extrusion-based bioprinting,...
pH-driven electrostatic self-assembly was used to fabricate sesamol-loaded whey protein isolate/pectin (WPI) nanoparticles, which were incorporated into gelatin/chitosan (GC) films to improve their gas barrier and antioxidant properties for fruit preservation. The highest encapsulation efficiency (77.1%) was obtained a...
Effective bleeding control and accelerated wound healing are crucial for patient survival. Conventional dressings often have structural limitations that hinder their effectiveness in controlling hemorrhages and promoting skin tissue regeneration. Here, a gelatin‐based nanofibrous sponge incorporating mesoporous silica...
Localized, pH-responsive drug delivery systems offer an effective strategy to enhance antibiotic efficacy and overcome the limitations of conventional systematic therapies for chronic infected wounds. In this study, functional halloysite–chitosan–xanthan gum (HNT–CS–XG) nanocomposites were engineered for the contro...
We use cookies to run the site and, with your consent, for analytics and to show ads. See our Cookie Policy.
