生物医药

开展仿生生物材料的跨尺度设计与跨学科应用研究，推动生物医用材料发展与临床转化 。具体方向如下：
1. 用于复杂组织修复与再生的新型无机生物活性材料。
2. 用于脑机接口与生理电信号采集的前沿仿生高性能材料。
3. 生理信息传输与修复的一体化智能生物医用材料开发。

1. Tian Li#,Haobo Qi#,Cancan Zhao#,Zhenming Li,Wei Zhou,Guanjin Li,Hao Zhuo,Wei Zhai*,Robust Skin-Integrated Conductive Biogel for High-Fidelity Detection under Mechanical Stress. Nature Communications,2025,16(1):88. (IF: 14.7)
2. Tian Li,Haobo Qi,Yijing Zhao,P. Kumar,Cancan Zhao,Zhenming Li,Xinyu Dong,Xiao Guo,Miao Zhao,Xinwei Li,Xudong Wang*,Robert O. Ritchie*,Wei Zhai*,Robust and sensitive conductive nanocomposite hydrogel with bridge cross-linking–dominated hierarchical structural design. Science Advances,2024,10(5):eadk6643. (IF:13.6)
3. Tian Li#,Haobo Qi#,Xinyu Dong,Guanjin Li,Wei Zhai*,Highly robust conductive organo-hydrogels with powerful sensing capabilities under large mechanical stress. Advanced Materials,2024,36(5):2304145. (IF:29.4)
4. Tian Li,Quyang Liu,Jing Cao,Soo Wah Gan,Xinyu Dong,Ching Chiuan Yen,Chengtie Wu*,Wei Zhai*,A universal chelation-induced selective demetallization strategy for bioceramic nanosheets (BCene). Nano Letters,2023,23(16):7709-15. (IF:10.8)
5. Tian Li,Dong Zhai,Bing Ma,Jianmin Xue,Pengyu Zhao,Jiang Chang,Michael Gelinsky and Chengtie Wu*,3D printing of hot dog-like biomaterials with hierarchical architecture and distinct bioactivity. Advanced Science,2019,6 (19):1901146. (IF:15.1）并被The American Ceramic Society;3D Printing Industry亮点报道

1. 吴成铁，李天，常江，翟东，仿热狗结构生物活性支架及其制备方法和应用，专利号：ZL201811542326.1（已转化）
2. 吴成铁，李天，常江，韩斐，仿贝壳结构织构生物陶瓷及制备方法和其在成骨方面的应用，专利号：ZL202110662141.X
3. 吴成铁，韩斐，李天，朱钰方，一种鱼鳞基生物活性补片及其制备方法和应用，专利号：ZL202111209533.7

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