Table 2.
Comparison between enzybiotics and nanozybiotics for antibacterial application.
Enzybiotics | Nanozybiotics | |
---|---|---|
Derivation | natural enzymes | nanozymes (nanomaterials) |
Catalytic activity | peptidoglycan hydrolases, proteases, and nuclease | peroxidase, oxidase, catalase, deoxyribonuclease |
Main antibacterial mechanism | destroy bacterial cell structure | catalyze the production of ROS |
Application advantages | rapid and unique mode of action, high specificity of kill pathogens, low probability for bacterial resistance development and a proteinaceous nature | economical, stable, with catalytic function without additional modification, easy to integrate a variety of antibacterial strategies |
Application disadvantages | environmentally sensitive and unstable, high cost, short half-life and immunogenicity of proteins | low enzyme activity, limited types of enzyme catalysis and complicated toxicological profile |