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This work is inspired by oysters converting worthless sand into precious pearls. In article number 2000553, Chen Wang and co‐workers present the “trash into treasure” process, which efficiently promotes antibacterial therapy and wound healing. The confinement effect of 2D Al‐metal–organic frameworks (MOFs) maintains gold nanoparticles (AuNPs) as ultrasmall without gathering and makes them exhibit...
As one of the common reactive oxygen species, H2O2 has been widely used for combating pathogenic bacterial infections. However, the high dosage of H2O2 can induce undesired damages to normal tissues and delay wound healing. In this regard, peroxidase‐like nanomaterials serve as promising nanozymes, thanks to their positive promotion toward the antibacterial performance of H2O2, while avoiding the...
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