Hierarchically confined noble metal MOF-on-MOF nanozymes with tunable microenvironments for high-throughput pesticide discrimination

Key Points

• High-throughput pesticide discrimination is achievable using nanozymes in confined microenvironments.
• The study highlights the effective use of metal organic frameworks (MOFs) to enhance detection capabilities.
• Assessment using innovative MOF-on-MOF structures allows for tunable microenvironments and increased sensitivity.
• This approach supports further development in environmental monitoring and agricultural safety measures.