透明质酸
止血剂
止血剂
灵活性(工程)
伤口愈合
材料科学
生物医学工程
血小板粘附
粘附
血小板
血小板粘附
止血
组织粘连
纳米纤维
渗透
膜
血小板活化
组织工程
凝结
血管
凝血
3d打印
脚手架
生物相容性材料
纳米技术
作者
Zhibo Xu,Linyu Wang,Xinwei zheng,Z H Wang,Yunxiang Weng,Qinhui Chen,Haiqing Liu,Yan Fang
摘要
assessments it was found that the COHA/ADHA nanofabric exhibits enhanced hemostatic efficacy compared to conventional materials including cotton gauze, Combat Gauze™, and Surgicel® Original. Furthermore, the nanofabric demonstrates biodegradability, histocompatibility, and accelerated wound healing rates. This biomimetic design strategy creates a new pathway for developing high-performance hemostatic materials with integrated barrier function and physiological compatibility.
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