生物膜
骨髓炎
微球
微生物学
骨感染
化学
微粒
医学
细菌
生物
免疫学
化学工程
遗传学
天体生物学
工程类
作者
Jiayi Guo,Xian Shu,Shan Yu,Cuiping Guo,Guangxin Shen,Longsheng Chen,Jiayi Zhou,Jiangwei Xiao,Huilong Guo,Yi Chen,Zhiwen Zeng,Ping Wang
标识
DOI:10.1016/j.jconrel.2024.10.021
摘要
Biofilm and bone tissue defect induced by the bacterial infection severely impede chronic osteomyelitis treatment. It is critical to break though the densely and obstinate biofilm so that the target drugs can deliver to the infected bone more effectively. Herein, an acoustically responsive multifunctional hydrogel microsphere-bomb (EMgel) was designed and prepared by microfluidic technology, which could be injected to the focus of bone infection, and blasted into the nidus deeply to destroy the bacterial biofilm matrix barrier under penetrating ultrasound, so the encapsulated natural polyphenolic EGCG and bioactive MoS
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