Gelatin is a promising material as scaffold with therapeutic and regenerative characteristics
due to its chemical similarities to the extracellular matrix (ECM) in the native tissues …

The aim of the present study was to prepare and characterize bioglass‐natural biopolymer
based composite scaffold and evaluate its bone regeneration ability. Bioactive glass …

In this study, magneto-responsive iron-aminoclay/iron oxide/polyvinyl alcohol (Fe-AC/Fe 2 O
3/PVA) composite microgels were successfully fabricated via a Schiff-base and acetalization …

A novel stimulus-sensitive covalently cross-linked hydrogel derived from dextrin, N-
isopropylacrylamide, and N, N′-methylene bis (acrylamide)(c-Dxt/pNIPAm), has been …

In recent times, natural biopolymers have attracted considerable interest for sustainable fiber
development due to their renewability and a wide degree of functionalities that allow …

Wound healing is a dynamic process wherein cells, and macromolecules work in
consonance to facilitate tissue regeneration and restore tissue integrity. In the case of full …

Herein, novel biodegradable, stimulus-responsive, chemically cross-linked and porous
hydrogel has been synthesized to evaluate its applicability as an efficient carrier for …

Soft biomaterials derived from polysaccharides are generally suffers from lack of mechanical
robustness and instability. The naturally occurring highly abundance low cost …

Regeneration of full-thickness wounds without scar formation is a multifaceted process,
which depends on in situ dynamic interactions between the tissue-engineered skin …

Despite enlarging the promising applications of bioactive hydrogel-based wound dressings,
currently designed hydrogels still have the problems of limited capability for large skin …