Metal−organic framework (MOF)-based nanozymes have emerged as promising alternatives to natural enzymes for catalytic sensing due to their tunable porous architectures and abundant active sites. Nevertheless, the practical implementation of pristine Co-MOF nanozymes is severely hindered by intrinsic catalytic activit...
Stimuli-responsive flexible metal-organic frameworks (MOFs), also known as "soft porous crystals" (SPCs). MOFs are the third generation of porous materials and have been getting more and more attention as potential candidates for smart drug delivery systems. The main characteristic of flexible MOF is the tunability of...
Gui-Song Zhang, E. Yanyu, Zi-Yi Yuan et al.· International journal of pha...· 0 citations
Heterojunction nanozymes offer unique advantages, including interface charge regulation, multivalent-state cycling, defect engineering, and enhanced field responses. These merits overcome the bottlenecks of single-component nanozymes, such as low catalytic activity, poor stability, and limited functionality. They hav...
A "trinity" synergistic design paradigm is proposed, which exploits pathological mitochondrial signals as dual-functional cues for both subcellular navigation and catalytic activation, thereby achieving temporal coupling of "targeting enrichment" and "responsive activation."
Yong-Xiang Wei, Zi-Yi Yuan, Yuan-Ke Zhang et al.· Small Methods· 0 citations
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