Hemin–amino acid co-assembly nanozymes with dual enzyme-mimicking activities for in situ oxygen generation-enhanced one-step biosensing of glucose and H 2 O 2 | Synapse
Hemin–amino acid co-assembly nanozymes with dual enzyme-mimicking activities for in situ oxygen generation-enhanced one-step biosensing of glucose and H 2 O 2
This research investigates the development of hemin-amino acid co-assembly nanozymes to improve biosensing strategies.
Co-assembly of hemin with amino acids or proteins to create dual enzyme-mimicking nanozymes.
Evaluation of oxygen generation and biosensing capabilities for glucose and hydrogen peroxide.
In situ testing of nanozymes in biosensing applications.
Nanozymes exhibited significant enzyme-mimicking activity for both glucose and hydrogen peroxide.
Oxygen generation improved the sensitivity of the biosensor for target analytes.
Demonstrated effectiveness of the co-assembly strategy in enhancing analytical performance.
Resumen
The co-assembly of amino acids or proteins with active small molecules to prepare biomimetic nanozymes offers a promising strategy for designing novel nanozymes.