Key result
A newly developed flexible adhesive ECG skin patch for continuous physiological monitoring of mental disorders caused no skin damage after 24 hours of attachment.
A newly developed flexible ECG skin patch demonstrates feasible fabrication and short-term skin safety, offering potential for continuous physiological monitoring.
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May enable skin-safe continuous ECG monitoring; leaves open clinical validation in mental disorders.
In this study, we have newly developed a flexible adhesive skin patch of electrocardiogram (ECG) device for continuous physiological monitoring of mental disorders. In addition, this flexible patch did not cause any damage to the skin even after 24 hours attachment. We have also suggested the possibility of novel interconnection for copper film on polyimide and polydimethylsiloxane (PDMS) layers of the flexible patch. Self-align and soldering of IC chips such as resistor between metal pads on flexible skin patch have also successfully fabricated for 5 min at 180 °C in vacuum oven. Low temperature interconnection technology based on a Sn42/Bi58 solder was also developed for flexible ECG devices. As a result, we can monitor the mental health status through a comprehensive analysis of biological signals from flexible ECG devices.
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Jang et al. (2017) studied Mental disorders. Flexible adhesive skin patch of electrocardiogram (ECG) device was evaluated. A newly developed flexible adhesive ECG skin patch for continuous physiological monitoring of mental disorders caused no skin damage after 24 hours of attachment.
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