Nano-based mimetic enzymes have been widely used for catalysis due to their large specific
surface area, high stability and activity. Herein a new nanocomposite cobalt oxide (CoO) …

In recent years, the development of artificial nanostructured enzymes has received
enormous interest in nanobiotechnology due to their advantages over natural enzymes. In …

Nanomaterials-based enzymatic mimics have recently received considerable attention due
to their superior properties over natural enzymes. Particularly, great efforts have been made …

It is of great scientific and practical significance to explore inorganic mimetic enzymes to
replace natural enzymes due to their instability and high cost. Herein we present an …

A Fe 3 O 4/mesoporous graphitized carbon (Fe 3 O 4/m-GC) composite was prepared
through a facile calcination method with iron-based metal–organic frameworks (Fe-MOFs) …

Carbon-based nanozymes with multifunctional applications have attracted enormous
attention, however, there is still a lack of an effective strategy for inexpensive preparation of …

Hybrid nanomaterials-based artificial enzymes with numerous utilities are necessary to
develop future bionic devices in mimicking physiological processes. This paper …

The global prevalence of diabetes makes it a significant work to develop flagship sensors in
glucose monitoring technology. Particularly, exploring highly active nanocomposites as …

In nanozyme-based assays, increasing enzymatic activity is very desirable for enhancing
sensitivity and lowering the detection limit. In this study, novel Mn doped cobalt oxide …

Nanozyme technology as an emerging field has been successfully applied to chemical
sensing, biomedicine, and environmental monitoring. It is very significant for the advance of …