Despite their inherent efficacy in significantly accelerating the rate of chemical reactions in
biological processes, the applicability of natural enzymes is often hindered because of their …

Nanomaterials doped with non-metallic C have attracted tremendous attention as potential
nano-artificial enzymes due to their ability to change the energy band structure to improve …

The incorporation of nanoarchitectonics into the development of nanozymes to achieve
target-specific geometry, dense active sites, and cascade catalysis is highly demanded for …

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 …

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 …

Colorimetric analysis is a method for determining the concentration of a chemical compound
in a solution using a color reagent. Here, we developed a low cost and rapid approach for …

A fluorometric glucose biosensor based on fine-tuned chemoenzymatic nanohybrids is
herein proposed. The successful integration of an engineered glucose oxidase enzyme and …

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

We present here a novel nano-channel confined biomimetic nanozyme/bioenzyme system,
which is prepared by co-immobilizing polyoxometalates (vanadomolybdophosphoric …

Constructing hollow mesoporous nanostructures for dispersing catalytically active sites has
attracted growing interest. Here, for the first time, Co 3 O 4 hollow nanocages (Co 3 O 4 …