Research progress on the application of nanozyme biosensors in the rapid detection of pesticide residues
The extensive and improper use of pesticides has increasingly led to pesticide residues exceeding permissible limits in agricultural products,posing a significant threat to human health and ecological safety.The development of rapid and accurate biosensing technologies for pesticide residue is crucial for timely detection of pesticide pollution,thereby ensuring both human health and ecological safety.Nanozymes,as a vital component of rapid biosensing analysis technologies,offer advantages such as small size,high catalytic activity,and remarkable selectivity,demonstrating immense potential in pesticide residue analysis and detection.This paper provides a detailed overview of the classification of nanozymes,their current applications in pesticide residue detection,and prospects for future development,aiming to guide the development of reliable and efficient nanozyme biosensors for pesticide residues and to safeguard agricultural safety production and the security of agricultural products.
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