Xiaoyi Wu is a Video Desk Intern at South China Morning Post. She focuses on topics related to biotechnology, chemical engineering, environmental engineering, nanotechnology, and mechanical systems, drawing from her background in agricultural water conservancy engineering. Xiaoyi's work has been featured in the Royal Society of Chemistry, South China Morning Post, Wiley, and BMC.
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By: Jiqi Zheng, Zhengrong Yin, Jiyun Li, Cui Huang, Zhuoran Wang, Kaifeng Li, Xiaoyi Wu, Jingmei Guo, Hongye Yang
A photo-crosslinkable biomimetic hydrogel (ColPMA@ACP) is developed to reconstruct collagen, drive intrafibrillar mineralization, and restore dentin defects. Beyond structural repair, it promotes odo...
By: Xiaoyi Wu, Mengyu Li, Xiaohui Song, Guoxin Xie, Lina Si, Xin Han, Yinbo Li, Jingcao Cao
This study reports a high-load-capable self-lubricating composite featuring pressure-adaptive functionality. Hollow silica reservoirs enable on-demand oil release under extreme pressures, facilitatin...
By: Min Ji, Hao Chen, Peili Gao, Mengyu Li, Xiaoyi Wu, Lin Zhang, Guoxin Xie
Oil-solvent hybrid microcapsules, are served as bifunctional fillers embedded in the PTFE@PMMA composite. The hierarchical film reconstructs at the interface through friction-induced nanoflakes with ...
By: Jiadian Wang, Luqi Huang, Hao Tang, Xiaoyi Wu, Xuan Liu, Yating Hu, Qin Xie
Wilforic acid C is the key precursor in the biosynthesis of celastrol. The microbial production of triterpenoids, including wilforic acid C, is often hindered by limited availability of the necessary precursor due to the compartmentalization of acetyl-CoA metabolism. In this study, we designed a decompartmentalizat
