Photoisomerizable molecule-grafted nanofluidic channels: strategies, mechanisms and applications

Key Points

• This research aims to explore the development of photoresponsive ionic nanofluidics that mimic biological channels.
• Development of nanofluidic channels incorporating photoisomerizable molecular switches.
• Investigation of mechanisms underlying photoresistance in ionic transport.
• Analysis of various applications for these advanced nanofluidic systems.
• Demonstrated functionality of ionic transport control using photoisomerizable molecules.
• Revealed significant adaptability in ionic flow in response to light exposure.
• Identified potential applications in drug delivery and sensing technologies.