The present invention relates to a high-sensitivity wirelessly driven patch-type sugar sensor using a nanomaterial composite. By attaching the sensor according to the present invention to the skin, real-time wireless measurement of the generated sweat sugar concentration is possible, and the measured data can be transmitted to a PC or smartphone in real-time and wirelessly through a flexible circuit board and a coil of a reader. . Therefore, the wirelessly operated patch-type glucose sensor of the present invention can be successfully applied to real-time non-invasive monitoring of diabetic patients.
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