过热(电)
杰纳斯
伤口闭合
材料科学
生物医学中的光声成像
渗出液
生物医学工程
红外线的
辐射冷却
医学
热辐射
伤口敷料
电子设备和系统的热管理
纳米技术
辐射
伤口感染
辐射传输
复合材料
作者
Jianhua Zhu,Fengkai Zhou,Ruiyun Zhang,Yinan Fan,Liu Liu, qian zhang,Jianyong Yu
摘要
nanoparticles under sunlight provides the dressing with superior antibacterial capability (nearly 100% antibacterial rate), which mitigates infection risks. Furthermore, the hierarchical structure confers asymmetric wettability and achieves effective exudate management. Thanks to these multifunctional attributes, the Janus dressing significantly accelerates the healing of sunlight-exposed wounds, as validated in a rat full-thickness skin defect model under high-temperature sunlight. Collectively, this work not only tackles wound overheating in outdoor settings but also provides an innovative strategy and a theoretical foundation for the development of intelligent wound dressings.
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