2024/1/8 11:53:10 ZHANG He,HUANG Xule,SUN Yanning,JIA Wenchao,NIU Meihong,SHI Haiqiang 14true 2024/1/8 11:53:12 PAN Xinyue,YANG Xiangjian,GONG Runzhu,HUANG Zhonglei,CHEN Tianying,LI Bin,TANG Yanjun 13true 2/g）， large aspect ratio， low density （1.6 g/cm³） and excellent mechanical properties （elastic modulus ~150 GPa， high tensile strength ~7.5 GPa）. This paper mainly summarized the research progress of nanocellulose-based hydrogels in recent years. Firstly， the preparation methods of nanocellulose were introduced， including mechanical， acid hydrolysis， TEMPO oxidation and biological methods. Secondly， the common cross-linking methods of nanocellulose-based hydrogels， including physical crosslinking and chemical crosslinking， were listed. Finally， the applications of nanocellulose-based hydrogels in biomedical fields， including wound dressings， tissue engineering and drug delivery， were introduced. In addition， the development direction of nanocellulose-based hydrogels in biomedical field was prospected.]]> 2024/1/8 11:53:15 LI Zijiang,ZHANG Jie,GUO Fengjun,WANG Ying,WANG Yaxuan,LIU Huayu,ZHANG Changfeng,SI Chuanling 12true 2024/1/8 11:53:16 WANG Xiaoxiao,CHEN Yan,LIU Wei 11true 2024/1/8 11:53:17 LIU Wenli,JIA Lingyun,WANG Qingshuo,LIU Pengtao 10true 2024/1/8 11:53:19 WANG Yang,ZHOU Kaiming,ZHANG Xuan,LIU Jun,CAO Shan 9true 2024/1/8 11:53:21 TAO Jiao,LYU Xuebin,PAN Yunchuan,YU Zhihao,YANG Shijie,CUI Jianguo,REN Guoquan,XIONG Jian 8true 3+） is prone to coordination with nitrogen and oxygen atoms due to their unique electronic layer structure， and exhibits unique fluorescence properties. The coordination of organic ligands forms high-coordination complexes with special topological structures. However， the inherent defects such as difficulty in processing and molding， accompanying side reactions， and refractory degradation limit the practical application of rare-earth coordination compound. Therefore， it is normally composited with polymer base to fabricate hybrid materials. Compared with traditional polymers， cellulose， as a new generation of hybrid matrix base materials， has the advantages of high specific surface area， degradability， renewability， and chemical modifiability， and is gradually used as the carrier for rare-earth hybrid luminescent materials. In this review， the research progress of cellulose/rare earth hybrid materials in bioimaging， medical dressings， photoelectric conversion， fluorescence anti-counterfeiting， and fluorescent probes in recent years was summarized， and its development trend was prospected.]]> 2023/6/20 15:23:19 CAO Hui,JIA Lingyun,LIU Wenli,LIU Pengtao 7true 2023/6/20 15:23:20 WANG Keqing,ZHANG Pai,ZHOU Yuan,CHA Ruitao 6true 2023/3/20 0:00:00 FAN Zhongqiu,SHA Keju,AN Xingye,SONG Jiayi,LI Chenxi,CHENG Zhengbai,CAO Haibing,LIU Chunlan,SHAO Xuejun,LIU Hongbin 5true 2023/3/20 0:00:00 TANG Mengqi,ZHANG Xiaoxuan,WU Weixin,HUO Huashuang,WANG Shuangfei,MIN Douyong,CHEN Changzhou 4true 2023/3/20 0:00:00 KONG Shuo,NI Jianping,FAN Shujie,GONG Chen,SU Zhenhua 3true 2023/3/20 0:00:00 LIN Qingyi,LIU Wei,ZHANG Shuya,XU Ting,SI Chuanling 2true 2023/3/20 0:00:00 YANG Chenxi,WANG Jian,ZHANG Haiou,GUO Zhen 1true