Inhibiting scar formation via wearable multilayer stacked electret patch: self‐creation of persistent and customizable DC electric field for fibrogenic activity restriction
Electrical stimulation has recently received attention as noninvasive treatment in skin wound
healing with its outstanding biological property for clinical setting. However, the complexity
of equipment for applying appropriate electrical stimulation remains an ongoing challenge.
Here, we proposed a strategy for skin scar inhibition by providing electrical stimulation via a
multilayer stacked electret (MS‐electret), which can generate direct current (DC) electric field
(EF) without any power supply equipment. In addition, the MS‐electret can easily control the …
healing with its outstanding biological property for clinical setting. However, the complexity
of equipment for applying appropriate electrical stimulation remains an ongoing challenge.
Here, we proposed a strategy for skin scar inhibition by providing electrical stimulation via a
multilayer stacked electret (MS‐electret), which can generate direct current (DC) electric field
(EF) without any power supply equipment. In addition, the MS‐electret can easily control the …
[引用][C] Inhibiting scar formation via wearable multilayer stacked electret patch
방석호 - 한국공업화학회연구논문초록집, 2024 - kiss.kstudy.com
Inhibiting scar formation via wearable multilayer stacked electret patch - 한국공업화학회
연구논문 초록집 - 한국공업화학회 - KISS … Inhibiting scar formation via wearable multilayer
stacked electret patch … skin scar inhibition …
연구논문 초록집 - 한국공업화학회 - KISS … Inhibiting scar formation via wearable multilayer
stacked electret patch … skin scar inhibition …
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