Hydrogel dressings have been used as an important way to maintain the moist environment
of the wound and accelerate healing process. The development of double-network …

Dual adhesiveness to tissue and implant biomaterials and bioactivity to stimulate tissue
regeneration are interesting properties for developing new generations of tissue-repairing …

Developing advanced dressings that integrate multiple functions is one of the major
challenges in current clinical wound treatment. In this study, Xanthan gum (XG) and …

Effective wound dressings are of great significance in preventing infections and promoting
wound healing. However, most existing hydrogel dressings have an inadequacy in either …

Abstract Development of advanced wound dressing materials with rapid healing rates is in
urgent demand for wound cares. A suitable microenvironment will promote cell proliferation …

Diabetic ulcers are common and severe chronic wound. For the treatment of diabetic ulcers,
due to the existence of sinus and fistula in the wound sites, the prefabricated hydrogel could …

Bioactive hydrogels with multifunctional properties have shown promising potential in
promoting wound repair and skin tissue regeneration. The regulation on different stages of …

The creation of a moist environment and promotion of blood vessel formation are critical for
wound healing. Sodium alginate (SA) hydrogel, which has good biocompatibility and is able …

The diabetic wound is hard to repair due to bacterial infection, lasting inflammation, and so
on. Therefore, it is vital to fabricate a multi-functional hydrogel dressing for the diabetic …

Frequent dressing changes can result in secondary wound damage. Therefore, it is of great
significance to construct a wound dressing that can be used for a long time without …