In general, peroxidase mimics show optimal activity at acidic pH, while many enzymes work
at physiological pH. To realize one-pot colorimetric detection based on enzyme-nanozyme …

Integrated nanozymes have recently attracted intense attention because of their promising
applications in many fields, including biosensing. However, methods to efficiently activate …

It is difficult and significant to realize the aim of “one‐pot” and “nonenzyme” for traditional
colorimetric detection of blood glucose. The synthesis of nanomaterials with 2D morphology …

Biomimetic nanozymes and natural enzyme hybrids are of great interest in the fields of
biosensing, biocatalysis, and therapy, owing to their integrated advantage of controllable …

Enzyme catalytic cascade reactions based on peroxidase nanozymes and natural enzymes
have aroused extensive attention in analytical fields. However, a majority of peroxidase …

A new integrated catalyst, Fe3O4@ Cu/GMP–GOx, was successfully constructed by
assembling Cu2+ and guanosine 5-monophosphate (GMP) on magnetic nanoparticles and …

A new kind of dual active biomimetic nanozyme was constructed for the establishment of an
enzyme free self-cascade catalytic system. Herein, Au/FeNi-MOF nanozyme was designed …

Synthesis and characterization of enzyme mimics with characteristic stability and high
catalytic efficiency is an interesting field for researchers. Especially, with the development of …

Metal–organic frameworks (MOFs) as a peroxidase mimic have been integrated with
glucose oxidase (GOx) to achieve one-step glucose detection. However, limited by the …

Nanozyme-based sensing strategy for glucose generally involves a two-step H 2 O 2-
bridged cascade reaction. However, this two-step cascade reaction always shows a limited …