TL;DR
The integration of electroresponsive materials, natural bioactive constituents, and electrical stimulation provides a promising multifunctional platform for electrically assisted wound management.
This work presents a mechanically robust, highly efficient, and exceptionally safe light-activated platform for advanced wound dressing applications and demonstrates strict biosafety without collateral phototoxicity.
It is demonstrated that the catechol-nanocellulose/chitosan polymeric hydrogel effectively overcomes adhesion, infection, and oxidative stress barriers in diabetic wound healing, making it a promising candidate for difficult-to-heal chronic ulcers.
A pioneering near-infrared activated antibacterial EPLGA/OHADA@HMCuS hydrogel was formulated by doping hollow mesoporous copper sulfide (HMCuS) into the three-dimensional spatial network structure formed between gallic acid-modified ε-polylysine (EPL-GA) and dopamine-engineered and oxidized hyaluronic acid (OHADA) and...
A robust, scalable platform for multifunctional conductive hydrogels based on a renewable biomacromolecule, offering a promising strategy for chronic wound management and establishing a robust, scalable platform for multifunctional conductive hydrogels based on a renewable biomacromolecule.
Findings suggest that the synthesized hydrogel (BSG‐CHI) provides a favorable microenvironment for tissue regeneration and wound management applications.
PAHPF127 is established as a stable, antimicrobial, and pro-regenerative material for wound care as well as biocompatibility and regenerative capacity.
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