Molecularly Engineered 2D Xene Heterostructures With Implanted Peroxidase‐Like Activity for Mimicking Enzyme Functions

Key Points

• The research aims to create a method for engineering 2D Xenes to mimic enzyme activity for catalytic applications.
• Engineered 2D Xene heterostructures with implanted peroxidase-like activity.
• Conducted enantiospecific enzymatic reactions to assess compatibility with biological systems.
• Developed tailored molecular catalysts for immobilization.
• The engineered 2D Xenes exhibited significant peroxidase-like activity during enzymatic reactions.
• Compatibility of the molecularly programmed Xenes with biological environments was confirmed.
• Opened new avenues for task-specific catalytic applications using customized 2D nanozymes.