The combination of novel materials and electrochemistry technologies can effectively detect
a variety of biochemicals to facilitate understanding and monitoring of biological processes …

Monitoring superoxide anion radicals in living cells has been attracting much academic and
industrial interest due to the dual roles of the radicals. Herein, we synthesized a novel …

Nanomaterials with enzyme-like characteristics (nanozymes) have emerged as potential
replacements for natural enzymes due to their potential to overcome several critical …

Developing quantitative biosensors of superoxide (O 2•−) and nitric oxide (NO) is crucial for
pathological research. As of today, the main challenge for electrochemical detection is to …

Quantification of superoxide anions (O 2 radical dot−) is of great significance for the
pathological research of many diseases. In this work, a non-enzymatic electrochemical …

Biomimetic electrochemical sensors are very promising not only due to their lower expense
and longer stability than conventional enzymatic ones, but they also often suffer from …

Nanozymes with various activities have attracted much attention owing to their great
potential in the fields of biochemical analysis and environmental monitoring. Herein, for the …

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

Detection of superoxide anion (O 2·-) levels holds significant importance for the diagnosis
and even clinical treatments of oxidative stress-related diseases. Herein, we prepared a …

Cobalt single-atom nanozymes (CoSAN) are demonstrated as excellent nanomaterials for a
wide range of electrochemical applications. Traditional solution-based synthesis of CoSAN …