Investigation and Application of Noncovalent Interactions Based on Nanopore Technology

Key Points

• The research aims to investigate and demonstrate the utility of nanopore technology in understanding noncovalent interactions.
• Reviewed recent advancements in nanopore technology for noncovalent interaction study.
• Examined mechanisms of various noncovalent interactions using nanopore techniques.
• Explored applications of noncovalent interactions in nucleic acids and protein sensing.
• Nanopore technology enables real-time observation of noncovalent interactions.
• Demonstrated high sensitivity and label-free detection of single molecules.
• Identified potential applications for noncovalent interactions in sensor development.

Abstract