New materials for combating bacteria-caused infection and promoting the formation of
microvascular networks during wound healing are of vital importance. Although antibiotics …

Reducing the burden of death due to wound infection is an urgent global public health
priority. Metal‐phenolic networks (MPNs) have received widespread attention in …

Polymer materials with high biocompatibility and versatile functions are urgently required in
the biomedical field. The hydrophobic surface and inert traits of polymer materials usually …

Diabetic wound healing poses a significant challenge in the biomedical domain. Inadequate
angiogenesis and fibroblast dysfunction are two primary characteristics of diabetic …

Metal–phenolic networks (MPNs) are amorphous materials that can be used to engineer
functional films and particles. A fundamental understanding of the heat-driven structural …

Bone defects account for a significant proportion of surgeries, increasing healthcare costs
and complicating therapies. These factors necessitated cell-instructive bioengineering …

Herein, we provided a novel copper-based polymer-metal–organic framework (polyCu-
MOF) as an efficient scaffold for loading silver nanoparticles (denoted as polyCu-MOF …

A guided bone tissue regeneration membrane (GBRM) is traditionally viewed as an inert
physical barrier to isolate soft tissue from the bone defect area. However, as a “foreign …

Developing a facile, efficient, and versatile polyphenol coating strategy and exploring its
novel applications are of great significance in the fields of material surfaces and interfaces …

Oxidative stress occurs when excess oxidative free radicals are produced in cells, which can
overwhelm the normal antioxidant capacity and play an important role in many disease …