Exudate Triggered Metal Corrosion for Self-Powered Wound Healing Application
Abstract
We developed a galvanic wound healing patch that can promote skin wound healing without the use of any external electric devices. Electrical fields have been proven to modulate skin cell behavior to enhance skin wound healing.... [ view full abstract ]
We developed a galvanic wound healing patch that can promote skin wound healing without the use of any external electric devices. Electrical fields have been proven to modulate skin cell behavior to enhance skin wound healing. Our galvanic wound healing patch generated electrical fields by galvanic corrosion triggered electric stimulation for skin wound healing. The galvanic corrosion properties have been proven to modulate skin cell behavior to enhance skin wound healing. In vivo data demonstrated that the galvanic patch promoted the wound healing process through enhanced cellular metabolism and migration. This wound healing property may lead to a clinically relevant galvanic wound healing patch therapy for self-powered wound healing application.
Authors
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Sun Woong Han
(Yonsei University)
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Keun Ho Lee
(Yonsei University)
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Tae Hoon Ki
(Yonsei University)
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Hong Koo Baik
(Yonsei University)
Topic Areas
Tissue engineering and regenerative nanomedicine , Bionanocatalysis and nanobiosystems
Session
PS2 » Poster Session & Sponsors Exhibition (13:30 - Thursday, 29th September, Patio 25)
Presentation Files
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