English
Pesticides are considered effective tools for crop protection, but pesticide residues pose potential threats to human health and ecosystems threatened.
When pesticides are present in crops, they can enter the food chain and cause harm to humans and other organisms.
Because monitoring the pesticide content in relevant matrices is crucial for ensuring the safety of humans and other organisms. This article provides an overview
Application of colorimetric, fluorescent, and ECL detection of pesticide residues driven by class oxidase nanoenzymes. It also introduced fluorescence, colorimetry, and the mechanism of ECL determination. Finally, the advantages and disadvantages of colorimetric method, fluorescence method, ECL method and traditional method in pesticide detection were compared the point validates their application in different pesticide testing. The aim of this study is to explore the colorimetric and fluorescence driven by class oxidase
The feasibility and superiority of detecting pesticide residues with ECL provide an economical, sensitive, and accurate method for pesticide residue detection testing method.
The colorimetric, fluorescent, and ECL assays driven by class oxidase nanoenzymes can be rapidly and accurately performed under laboratory conditions detecting the presence of pesticides on the ground has high accuracy and stability.
The future research focus is on developing nano enzymes based on oxidase like enzymes the portable detection device enables rapid on-site detection of pesticide residues, which is essential for ensuring food safety and maintaining the health of species and other living organisms is of great significance.
