Ascorbate peroxidase (APX) as a crucial antioxidant enzyme has drawn attentions for its
utilization in preventing cells from oxidative stress responses by efficiently scavenging H2O2 …

Nanozymes have emerged as enzyme-mimicking nanomaterials to overcome the low
stability and high cost of some natural enzymes. The design and fabrication of nanozymes …

Nanozymes are artificial enzymes, which can substitute natural enzymes for wide range of
catalysis-based applications. However, it is challenging to explore novel mimic enzymes or …

Nanozymes are artificial enzymes, which can substitute traditional biological enzymes for
multifield applications. However, to date, it remains challenging to search novel mimic …

Most enzyme catalysts are unable to achieve effective oxidation resistance because of the
monotonous mimicking function or production of secondary reactive oxygen species (ROS) …

Single-atom nanozymes (SAzymes), as novel nanozymes with atomically dispersed active
sites, are of great importance in the development of nanozymes for their high catalytic …

Nanozymes, nanomaterials with intrinsic enzyme mimetic activity, have emerged and been
used in a broad range of applications yet are constrained with limited catalytic efficiency …

The development of high‐efficiency nanozymes is of great significance in the field of
nanozymology, because this is one of the prerequisites for the sophisticated performance of …

Peroxidase‐mimicking nanozymes that can generate toxic hydroxyl radicals (. OH) hold
great promise as antibacterial alternatives. However, most of them display optimal …

Although nanozyme has become an emerging area of research attracting extensive
attention recently, the activity and specificity of currently reported nanozymes are generally …