Electrically stimulating sutures: a paradigm shift in wound healing and tissue regeneration

Abstract

Electrically stimulating sutures represent a breakthrough in regenerative medicine by leveraging bioelectricity to accelerate wound healing and reduce bacterial infection. These biodegradable sutures generate an electric field through body movement, enhancing cellular activity and promoting tissue regeneration. This review discusses the principles of electrostimulation in wound healing, the development of bioelectric sutures, their advantages over conventional wound closure techniques, antimicrobial mechanisms, and the challenges associated with clinical translation. Recent studies indicate promising results, but further clinical trials are needed to validate their efficacy. This article aims to provide a comprehensive analysis of the current state and future potential of electrically stimulating sutures in wound management.