- Development of a Butterfly-shaped Skin Patch Sensor Capable of Real-time Monitoring of Blood Sugar and Electrocardiogram -

- Expected to Be Widely Used for Remote Management and Treatment of Chronic Diseases and Metabolic Syndrome -

- Published in a Renowned International Journal, Wiley Advanced Functional Materials Cover Thesis (Frontispiece, if: 19.92) - 

Professor Park Jae-young's research team at Kwangwoon University (Department of Electronic Engineering) succeeded in developing a high-performance electrochemical-physical hybrid skin patch sensor based on nanoporous carbon-mexene (NPC@MXene) nanocomposite material for application to wearable smart medical and healthcare systems.

<Prof. Park Jae-young (left) and Dr. Abu (right)>

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Meanwhile, this research was carried out with the support of the Ministry of Trade, Industry and Energy's Industrial Technology Innovation Project (RS-2022-00154983, development of a self-contained power sensor platform for low-power sensors and operation) and Kwangwoon University's excellent researcher support project. The research results were published in the cover paper of Advanced Functional Materials (IF:19.92) published by WILEY, the world's leading functional materials and device journal.

<Thesis cover image of hybrid skin patch sensor developed by the research team> 

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<Structure and performance of a butterfly-shaped hybrid skin patch sensor for wearable smart medical and healthcare applications>

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