Antibacterial and Multiresponsive Electronic Skins from Silk Fibroin Triple-Network Hydrogels

Key Points

• This research aims to develop an ionic hydrogel made from silk fibroin that functions as a dual sensor for pressure and pH.
• Created a silk fibroin-based ionic hydrogel with dual-mode sensing capabilities.
• Evaluated the hydrogel's performance in monitoring human motion.
• Assessed the hydrogel's applications in wound care and bioelectronic interfaces.
• Successfully demonstrated dual-mode pressure and pH sensing in the silk fibroin hydrogel.
• Showed precise monitoring of human motion with the new sensor.
• Highlighted the potential applications of the hydrogel in intelligent wound care and implantable devices.