Noble metal-based nanomaterials have shown promise as potential enzyme mimetics, but
the facet effect and underlying molecular mechanisms are largely unknown. Herein, with a …

Metal and alloy nanomaterials have intriguing oxidase- and superoxide dismutation-like (SOD-like)
activities. However, origins of these activities remain to be studied. Using density …

As next-generation artificial enzymes, nanozymes have shown great promise for tumor
catalytic therapy. In particular, their peroxidase-like activity has been employed to catalyze …

Despite being increasingly used as artificial enzymes, little has been known for the origin of
the pH-switchable peroxidase-like and catalase-like activities of metals. Using calculations …

A wide variety of nanomaterials possess peroxidase-like catalytic activities and show promise
as cost-effective and versatile replacements for natural peroxidases. However, a universal …

Nanozymes, the enzyme-mimicking nanomaterials, have been developed to overcome the
low stability and high cost of natural enzymes. Unlike highly active and specific enzymes, …

Graphene has attracted great interest for its superior physical, chemical, mechanical, and
electrical properties that enable a wide range of applications from electronics to …

The density functional theory method (M05-2X/6-31G(d)) was used to investigate reaction
mechanisms for deoxygenation of graphene oxides (GOs) with hydrazine or heat treatment. …

Nanozymes with superoxide dismutase (SOD)-like activity have attracted increasing interest
due to their ability to scavenge superoxide anion, the origin of most reactive oxygen species …

We present a facile route towards a dual single‐atom nanozyme composed of Zn and Mo,
which utilizes the non‐covalent nano‐assembly of polyoxometalates, supramolecular …