This study introduces a technology that maintains high adhesion even in wet or moist environments by developing perforated micro-cylinders (PMMCs) inspired by the footpads of a diving beetle. Unlike conventional dry-adhesion techniques, this patch uses an oil-loadable substance to absorb water and oil from the skin surface, providing strong and stable attachment. It shows potential applications for surgical tools and wearable devices.
Smart Technology for Diagnosing Skin Diseases with a Beetle-Inspired Flexible Patch
This research developed a smart patch that mimics the diving beetle's suction cup structure to collect biofluids from the skin surface and measure pH, enabling the diagnosis of skin diseases. The patch provides real-time pH data for conditions like atopic dermatitis...