Simulated Enzyme Properties and Visualized Biosensing Applications of Biomolecular Functionalized Nanoenzymes
This paper provides an overview of the research background,significance,and concept and application of biomolecular functionalized nanoenzymes.The design and preparation methods of biomolecular functionalized nanoenzymes are detailed,and the catalytic mechanism,reaction kinetics,catalytic efficiency,and stability of simulated enzymes are analyzed.The applications of biomolecular functionalized nanoenzymes in fields such as biosensors,pharmaceuticals,and environmental monitoring are discussed.The distribution,metabolic pathways,morphology,and structural characterization techniques of nanoenzymes in organisms are discussed,and the development trend of functionalized nanoenzymes in biomolecules is explored.A comprehensive introduction to the functionalized nanoenzymes of biomolecules helps to gain a deeper understanding and exploration of the research progress and application prospects in this field.
biomoleculesnanoenzymesapplicationvisualization research
NETL
NSTL
万方数据
维普
