Poorly healing and nonhealing diabetic wounds are challenging to treat as the rapid growth
of bacteria due to the high local glucose content can lead to persistent inflammation and …

Bacterial infection at wound sites can easily induce robust inflammation. M1 macrophages at
wound sites can cause cascade inflammatory reactions to mediate a vicious inflammation …

A hydrogel wound dressing with a single functionality fails to meet the requirements for
successful clinical treatment of chronic diabetic wounds that generally possess complicated …

The management of chronic diabetic wounds is a complex issue that requires wound repair,
regulation of inflammatory levels, and intervention to prevent bacterial infection. To address …

Healing bacterial chronic wounds caused by hyperglycemia is of great significance to
protect the physical and mental health of diabetic patients. In this context, emerging …

Management of diabetic wound has long been a clinical challenge due to pathological
microenvironment of excessive inflammation, persistent hyperglycemia, and biofilm infection …

To meticulously establish an efficient photothermal multifunctional hydrogel dressing is a
prospective strategy for the treatment of diabetic chronic wounds. Herein, glucose oxidase …

Current treatments for diabetic wounds remain unsatisfactory in clinical practice due to the
risk of bacterial infection, oxidative damage, and impaired angiogenesis during healing …

Incomplete contact between a pre‐formed hydrogel and irregular wound limits the
therapeutic effect of the dressing and increases the risk of infection; while great concerns …

It is an exigent need for the development of hydrogel dressings with desirable injectability,
good adhesive, antibacterial, and wound healing promotion properties. Herein, the …