Cellulose possesses hydrophilicity, high water retention capacity, excellent mechanical
properties, and biocompatibility, making it a promising candidate material for biomedical …

Diabetic wounds are difficult to heal, and the key to wound healing is exudate management
and effective disinfection. Inspired by the asymmetric wettability of Janus‐structured lotus …

Mesenchymal stem cell-derived exosomes (MSCs-Exos) offer promising therapeutic
potential for a wide range of tissues and organs such as bone/cartilage, nerves, skin, fat, and …

Chitosan and chitosan derivative are widely used in hemostasis, antibiosis and wound
repair for its good biocompatibility and unique effect. However, the preparation of chitosan …

Regulation of excessive inflammation and impaired cell proliferation is crucial for healing
diabetic wounds. Although plant‐to‐mammalian regulation offers effective approaches for …

Diabetic wounds are serious clinical complications which manifest wet condition due to the
mass exudate, along with disturbed regulation of inflammation, severe oxidative stress and …

Tetracycline (TC) residue in water environments is a problem that needs to be solved. A
heterogeneous Fenton catalyst shows excellent performance in TC degradation in water, but …

Biobased porous hydrogels enriched with phytocompounds-rich herbal extracts have
aroused great interest in recent years, especially in healthcare. In this study, new …

Poor wound healing in diabetes mellitus remains a significant challenge, and targeting
dysregulated macrophages plays a crucial role in its therapy. Smart wound dressings have …

Metal–organic frameworks (MOFs) hold enormous promise for treating bacterial infections to
circumvent the threat of antibiotic resistance. However, positioning MOFs on wound …