in vitro. With the biomimetic structure design and the enhancement of natural polymer scaffold， this work aimed to explore the role of CNC in improving the performance of scaffolds， and explore the potential of nanocellulose in the application in biomedical field.]]> 2023/9/20 0:00:00 NIE Jingyi,LIAO Jianfei,LIU Xinming,LIANG Jiantao,ZHANG Le,JIAO Tingting,SUN Binrong,ZHANG Meiyun 3true in situ growth method and lysozyme was successfully immobilized by multiple interactions between ZIF-8 and protein. Subsequently， the effects of pH value， NaCl concentration， adsorption time and adsorption concentration on the adsorption performance of the composites on the immobilization performance were investigated. The experimental results showed that the immobilization amount of cellulose aerogel@ZIF-8 lysozyme was 111.3 mg/g， the kinetics equilibrium can be completed within 40 minutes. In addition， the results of the catalytic experiments revealed that lysozyme immobilized by cellulose aerogel@ZIF-8 had better catalytic effect compared to the free enzyme. This study provides new ideas for the design and synthesis of sustainable and high performance immobilized materials.]]> 2023/9/20 0:00:00 YANG Yuxuan,WANG Yue,LIU Xueqian,CHENG Zhuqing,HE Xiaolong,QIAN Liwei 2true 2023/9/20 0:00:00 HE Bin,CHENG Lin,FANG Yifan,WANG Keyao,ZHENG Xulei,ZHU Xing 1true