A bioabsorbable mechanoelectric fiber as electrical stimulation suture

In surgical medicine, suturing is the standard treatment for large incisions, yet traditional sutures are limited in functionality. Electrical stimulation is a non-pharmacological therapy that promotes wound healing. In this context, we designed a passive and biodegradable mechanoelectric suture. Th...

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Veröffentlicht in:	Nature communications Jg. 15; H. 1; S. 8462 - 12
Hauptverfasser:	Sun, Zhouquan, Jin, Yuefan, Luo, Jiabei, Li, Linpeng, Ding, Yue, Luo, Yu, Qi, Yan, Li, Yaogang, Zhang, Qinghong, Li, Kerui, Shi, Haibo, Yin, Shankai, Wang, Hongzhi, Wang, Hui, Hou, Chengyi
Format:	Journal Article
Sprache:	Englisch
Veröffentlicht:	London Nature Publishing Group UK 08.10.2024 Nature Publishing Group Nature Portfolio
Schlagworte:	639/166/985 639/301/54/990 639/4077/4072/4062 Absorbable Implants Animals Biocompatible Materials - chemistry Biodegradation Clinical medicine Electric fields Electric Stimulation - instrumentation Electrical stimuli Glycolic acid Health risks Humanities and Social Sciences Lactic Acid - chemistry Magnesium Magnesium - chemistry Male Mechanical properties multidisciplinary Multilayers Polycaprolactone Polyesters - chemistry Polyglycolic Acid - chemistry Polylactic Acid-Polyglycolic Acid Copolymer - chemistry Science Science (multidisciplinary) Stimulation Suture Techniques - instrumentation Sutures Wound Healing Wound infection
ISSN:	2041-1723, 2041-1723
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Abstract	In surgical medicine, suturing is the standard treatment for large incisions, yet traditional sutures are limited in functionality. Electrical stimulation is a non-pharmacological therapy that promotes wound healing. In this context, we designed a passive and biodegradable mechanoelectric suture. The suture consists of multi-layer coaxial structure composed of (poly(lactic-co-glycolic acid), polycaprolactone) and magnesium to allow safe degradation. In addition to the excellent mechanical properties, the mechanoelectrical nature of the suture grants the generation of electric fields in response to movement and stretching. This is shown to speed up wound healing by 50% and reduce the risk of infection. This work presents an evolution of the conventional wound closure procedures, using a safe and degradable device ready to be translated into clinical practice. Sutures are ubiquitous in clinical practice. They close wounds and speed up repair. Here the authors show electroactive sutures, made of triboelectric materials. They generate an electric field in response to natural movement that speed up wound healing by more than 50%
AbstractList	In surgical medicine, suturing is the standard treatment for large incisions, yet traditional sutures are limited in functionality. Electrical stimulation is a non-pharmacological therapy that promotes wound healing. In this context, we designed a passive and biodegradable mechanoelectric suture. The suture consists of multi-layer coaxial structure composed of (poly(lactic-co-glycolic acid), polycaprolactone) and magnesium to allow safe degradation. In addition to the excellent mechanical properties, the mechanoelectrical nature of the suture grants the generation of electric fields in response to movement and stretching. This is shown to speed up wound healing by 50% and reduce the risk of infection. This work presents an evolution of the conventional wound closure procedures, using a safe and degradable device ready to be translated into clinical practice. In surgical medicine, suturing is the standard treatment for large incisions, yet traditional sutures are limited in functionality. Electrical stimulation is a non-pharmacological therapy that promotes wound healing. In this context, we designed a passive and biodegradable mechanoelectric suture. The suture consists of multi-layer coaxial structure composed of (poly(lactic-co-glycolic acid), polycaprolactone) and magnesium to allow safe degradation. In addition to the excellent mechanical properties, the mechanoelectrical nature of the suture grants the generation of electric fields in response to movement and stretching. This is shown to speed up wound healing by 50% and reduce the risk of infection. This work presents an evolution of the conventional wound closure procedures, using a safe and degradable device ready to be translated into clinical practice.In surgical medicine, suturing is the standard treatment for large incisions, yet traditional sutures are limited in functionality. Electrical stimulation is a non-pharmacological therapy that promotes wound healing. In this context, we designed a passive and biodegradable mechanoelectric suture. The suture consists of multi-layer coaxial structure composed of (poly(lactic-co-glycolic acid), polycaprolactone) and magnesium to allow safe degradation. In addition to the excellent mechanical properties, the mechanoelectrical nature of the suture grants the generation of electric fields in response to movement and stretching. This is shown to speed up wound healing by 50% and reduce the risk of infection. This work presents an evolution of the conventional wound closure procedures, using a safe and degradable device ready to be translated into clinical practice. In surgical medicine, suturing is the standard treatment for large incisions, yet traditional sutures are limited in functionality. Electrical stimulation is a non-pharmacological therapy that promotes wound healing. In this context, we designed a passive and biodegradable mechanoelectric suture. The suture consists of multi-layer coaxial structure composed of (poly(lactic-co-glycolic acid), polycaprolactone) and magnesium to allow safe degradation. In addition to the excellent mechanical properties, the mechanoelectrical nature of the suture grants the generation of electric fields in response to movement and stretching. This is shown to speed up wound healing by 50% and reduce the risk of infection. This work presents an evolution of the conventional wound closure procedures, using a safe and degradable device ready to be translated into clinical practice. Sutures are ubiquitous in clinical practice. They close wounds and speed up repair. Here the authors show electroactive sutures, made of triboelectric materials. They generate an electric field in response to natural movement that speed up wound healing by more than 50% In surgical medicine, suturing is the standard treatment for large incisions, yet traditional sutures are limited in functionality. Electrical stimulation is a non-pharmacological therapy that promotes wound healing. In this context, we designed a passive and biodegradable mechanoelectric suture. The suture consists of multi-layer coaxial structure composed of (poly(lactic-co-glycolic acid), polycaprolactone) and magnesium to allow safe degradation. In addition to the excellent mechanical properties, the mechanoelectrical nature of the suture grants the generation of electric fields in response to movement and stretching. This is shown to speed up wound healing by 50% and reduce the risk of infection. This work presents an evolution of the conventional wound closure procedures, using a safe and degradable device ready to be translated into clinical practice.Sutures are ubiquitous in clinical practice. They close wounds and speed up repair. Here the authors show electroactive sutures, made of triboelectric materials. They generate an electric field in response to natural movement that speed up wound healing by more than 50% Abstract In surgical medicine, suturing is the standard treatment for large incisions, yet traditional sutures are limited in functionality. Electrical stimulation is a non-pharmacological therapy that promotes wound healing. In this context, we designed a passive and biodegradable mechanoelectric suture. The suture consists of multi-layer coaxial structure composed of (poly(lactic-co-glycolic acid), polycaprolactone) and magnesium to allow safe degradation. In addition to the excellent mechanical properties, the mechanoelectrical nature of the suture grants the generation of electric fields in response to movement and stretching. This is shown to speed up wound healing by 50% and reduce the risk of infection. This work presents an evolution of the conventional wound closure procedures, using a safe and degradable device ready to be translated into clinical practice.
ArticleNumber	8462
Author	Ding, Yue Li, Yaogang Wang, Hui Luo, Jiabei Luo, Yu Jin, Yuefan Li, Kerui Yin, Shankai Hou, Chengyi Li, Linpeng Zhang, Qinghong Sun, Zhouquan Qi, Yan Shi, Haibo Wang, Hongzhi
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Title	A bioabsorbable mechanoelectric fiber as electrical stimulation suture
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