A Janus PEDOT/PAM Conductive Hydrogel Enabling Dual-function Uric Acid Detection and Mechanical Monitoring

Key Points

• This research aims to develop a conductive hydrogel that simultaneously detects uric acid and monitors mechanical properties.
• Developed a Janus PEDOT/PAM hydrogel to enhance properties such as stretchability and adhesion.
• Conducted performance evaluations through bioelectronic sensor testing in varying mechanical conditions.
• The Janus PEDOT/PAM hydrogel showed improved stretchability and tissue adhesion compared to conventional materials.
• Demonstrated effective dual-function capabilities with a high sensitivity for uric acid detection.