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 …

Metal‐free carbon nanozymes could be promising with the unique features of intrinsic
catalytic ability, structure diversity, and strong tolerance to acidic/alkaline media. However, to …

Nanozymes have advantages over natural enzymes, such as facile production on large
scale, long storage time, low costs, and high stability in harsh environments. Carbon …

Nanozymes have received considerable attention as alternatives of natural enzymes.
However, the catalytic activity of nanozymes is often lower than that of natural enzymes …

Due to robustness, easy large-scale preparation and low cost, nanomaterials with enzyme-
like characteristics (defined as 'nanozymes') are attracting increasing interest for various …

Compared to natural enzymes, nanomaterial-based artificial enzymes have attracted
immense attention because of their high stability and cost-effectiveness. In this study, cobalt …

N-doping strategy has been explored to enhance the activity of carbon nanozymes because
the reconstructed electronic structures in N-doped carbon nanozymes are advantageous for …

Over the past few decades, studies have focused on nanomaterials with enzyme-like
features (nanozymes) as simple, stable, high-performance alternatives to natural enzymes in …

Nanozymes, novel engineered nanomaterial-based artificial enzymes, have been
developed to overcome intrinsic drawbacks exist in natural enzymes including high-cost …

Graphene-based nanomaterials, including graphene oxide (GO) and reduced graphene
oxide (rGO), play key roles in the nanozyme field. GO and rGO carrying various oxygen …