The research aims to develop a wearable sensor for effective glucose monitoring using innovative materials and design.
Design of a 3D-printed hollow microneedle array
Integration of a finger-activated pump for fluid delivery
Utilization of single-atom nanozymes for enhanced sensitivity
Demonstrated high sensitivity in detecting glucose levels
Achieved successful wireless data transmission
Underpinned by innovative use of 3D printing technology
Abstract
A wearable electrochemical sensor combining a 3D-printed hollow microneedle array, a finger-activated pump, and single-atom nanozymes for highly sensitive glucose monitoring.