Background Recently, food safety concerns such as drug residues, food additives, food
packing material, and heavy metal ions have caused threats to humans and the …

Dihydroxybenzenes (DBZs) are one of the major classes of pollutants in water bodies. The
devastating effects of DBZs on human health when consumed through potable water intake …

Hydrogel materials show promise in various fields, including flexible electronic devices,
biological tissue engineering and wound dressing. Nevertheless, the inadequate …

Pesticides have an unprecedented concern in food safety as bioaccumulation occurs in the
human body and causes various side effects. The electrochemical sensor attracts …

Laccases, as multicopper oxidases, are essential for the analysis and degradation of
phenolic pollutants. However, most laccase-like nanozymes reported to date feature copper …

A rational design of high-efficiency single atoms represents a desirable goal for the
construction of efficient electrochemical devices. Nevertheless, their activity is constricted by …

The sustainable development of catalysts with Pt-like catalytic activity to produce hydrogen
economically from water electrolysis is essential and challenging. Herein, we have prepared …

Electrochemical sensors have been recognized as crucial tools for monitoring
comprehensive chemical information, especially in the detection of a significant class of …

Phenolic compounds, as highly toxic pollutants, can cause great harm to human beings and
the environment even at very low concentrations. Therefore, the simultaneous detection of …

Herein, conductive polymer membrane with excellent performance was successfully
fabricated by integrating carboxylated multi-walled carbon nanotubes (MWCNTs) and poly …