In vitro studies showed that the hybrid scaffold promoted endothelial cell migration, supported endothelial cell growth, and maintained angiogenic activity under oxygen-glucose deprivation (OGD) conditions, which is promising for recovery after ischemic injury.
Kai-Qin Mo, Li Ruan, Wen-Zhe Du et al.· Materials and Interfaces· 0 citations
This review summarizes the classification, fabrication methods, stimuli-responsive features, and emerging bone-regenerative applications of hydrogel coatings on titanium implants and discusses the prospects and challenges of functionalized hydrogel coatings for titanium implants in clinical translation.
Aoao Wang, Zebin Gui, Li Ruan et al.· Bioactive Materials· 0 citations
These results demonstrate that coupling a structurally engineered scaffold with a small molecule supports multiple repair-associated responses following ischemic stroke and offers a translational strategy for repairing ischemic brain injury.
Li Ruan, Wenzhe Du, Huaqi Wang et al.· Bioactive Materials· 0 citations
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