止血
止血剂
聚合
化学
胶粘剂
氰基丙烯酸酯
伤口护理
乙二醇
血小板
水解降解
PEG比率
粘附
水解
聚合物
有机化学
医学
外科
经济
免疫学
图层(电子)
财务
作者
Jia Wang,Cheng Li,Wei Zhang,Weimin Huang,Zhiqiang Liu,Rui Shi,Shiyuan Wang,Shan Liu,Weiguo Shi,Yun‐Lan Li,Liang Xu
摘要
, even in a rat model with a weakened native hemostatic capacity. In addition, the poly-CA-PEG-CA gel could be rapidly biodegraded by ester bond hydrolysis. Notably, a cysteamine (CS)-containing solution could accelerate the degradation rate, endowing the gel with an on-demand removal property. This hemostatic powder not only can be used to efficiently control bleeding in emergency scenarios, but it can also allow nontraumatic re-exposure of wounds during subsequent surgical care. These properties make the CA-PEG-CA powder a promising candidate to act as a multifunctional wound care agent for first aid.
科研通智能强力驱动
Strongly Powered by AbleSci AI