[1]Swelling properties and kinetics of starch-g-poly(acrylic acid) hydrogels. Shi, Jiyan,Fan, Liren,Song, Jiqing,Bai, Wenbo. 2012

[2]Foot-and-mouth disease virus-like particles as integrin-based drug delivery system achieve targeting anti-tumor efficacy. Yan, Dan,Teng, Zhidong,Sun, Shiqi,Dong, Hu,Gao, Yuan,Wei, Yanquan,Liu, Xiangtao,Yin, Hong,Guo, Huichen,Yan, Dan,Teng, Zhidong,Sun, Shiqi,Dong, Hu,Gao, Yuan,Wei, Yanquan,Liu, Xiangtao,Yin, Hong,Guo, Huichen,Jiang, Shan,Qin, Wenwu. 2017

[3]The application of virus-like particles as vaccines and biological vehicles. Yan, Dan,Wei, Yan-Quan,Guo, Hui-Chen,Sun, Shi-Qi,Yan, Dan,Wei, Yan-Quan,Guo, Hui-Chen,Sun, Shi-Qi.

[4]Magnetically triggered drug release from nanoparticles and its applications in anti-tumor treatment. Hua, Xin,Yang, Qin,Zhang, Wanjiang,Wang, Qiudong,Dong, Zhimin,Zhang, Jiashuo,Tan, Shengnan,Smyth, Hugh D. C.. 2017

[5]Construction of a controlled-release delivery system for pesticides using biodegradable PLA-based microcapsules. Liu, Baoxia,Yang, Fei,Wang, Xing,Shen, Hong,Wu, Decheng,Wang, Yan,Cui, Haixin.

[6]Heparin-conjugated alginate multilayered microspheres for controlled release of bFGF. Guo, Rui,Liu, Quan,Shi, Yunfeng,He, Liumin,Xue, Wei,Hong, An,Kong, Qian,Huang, Yuexin.

[7]Cellulose-Based Composite Macrogels from Cellulose Fiber and Cellulose Nanofiber as Intestine Delivery Vehicles for Probiotics. Luan, Qian,Zhang, Hao,Bao, Yuping,Zheng, Mingming,Shi, Jie,Tang, Hu,Huang, Fenghong,Zhou, Weijie. 2018

[8]Construction and evaluation of controlled-release delivery system of Abamectin using porous silica nanoparticles as carriers. Wang, Yan,Cui, Haixin,Sun, Changjiao,Zhao, Xiang,Cui, Bo. 2014

[9]Fabrication, Characterization, and Biological Activity of Avermectin Nano-delivery Systems with Different Particle Sizes. Wang, Anqi,Wang, Yan,Sun, Changjiao,Wang, Chunxin,Cui, Bo,Zhao, Xiang,Zeng, Zhanghua,Yao, Junwei,Yang, Dongsheng,Liu, Guoqiang,Cui, Haixin,Wang, Anqi,Wang, Yan,Sun, Changjiao,Wang, Chunxin,Cui, Bo,Zhao, Xiang,Zeng, Zhanghua,Yao, Junwei,Yang, Dongsheng,Liu, Guoqiang,Cui, Haixin. 2018

[10]Construction of novel amphiphilic chitosan copolymer nanoparticles for chlorpyrifos delivery. Zhang, Jiakun,Li, Min,Huang, Qiliang,Fan, Tengfei,Xu, Qing,Wu, Yan,Chen, Chunying.

[11]Construction of Novel Amphiphilic Chitosan Copolymer Nanoparticles for Chlorpyrifos Delivery. Jiakun Zhang,Min Li,Lidong Cao,Yan Wu,Qiliang Huang. 2012

[12]Controlled Release Of Tetracycline From Chitosan Fabric For Periodontal Barrier Membrane. K. H. Im,K. N. Kim,K. M. Kim,S. H. Choi,W. K. Min,S. B. Lee,Y. K. Lee. 2005

[13]AMPHIPHILIC POLYURETHANE COAT ON URINARY CATHETER: CHARACTERIZATION, BACTERIAL ADHESION, AND RELEASE BEHAVIOR OF NORFLOXACIN. J. H. Park,Y. W. Cho,I. C. Kwon,S. Y. Jeong,Y. H. Bae. 2001

[14]AMPHIPHILIC HEPARIN-DOCA CONJUGATE COATED WITH HYDROGEL COPOLYMER ON ANGIO-CATHETER. Y. Lee,H. T. Moon,K. H. Lee,J. K. Han,Y. Byun. 2001

[15]DUAL DRUG RELEASE FROM COAXIAL ELECTROSPUN NANOFIBERS. Yan Su,Xiumei Mo. 2010

[16]Characterization of mechano-sensitive nano-containers for targeted vasodilation. Marzia Buscema,Hans Deyhle,Thomas Pfohl,Simone E. Hieber,Andreas Zumbuehl,Bert Müller. 2016

[17]Engineering of Recombinant Spider Silk Proteins Allows Defined Drug Uptake and Release. T. Scheibel. 2015

[18]The use of two-photon microscopy to study the biological effects of focused ultrasound on the brain. Alison Burgess,Eunice E. Cho,Leila Shaffaf,Tarn Nhan,Charissa Poon,Kullervo Hynynen. 2012

[19]Biodegradable Chitosan-silicate Porous Hybrids for Drug Delivery. Y.Shirosaki,K.Tsuru,S. Hayakawa,A.Osaka. 2008

[20]A PRELIMINARY ANALYSIS OF DRUG DELIVERY USING A SUPER LONG CHOPPED-PULSE CO_2 LASER. Khosroshahi M.E.,Mansoori Z. S.,Jafari Ardebili A.,International Association of Science and Technology for Development(IASTED); World Modelling Simulation Forum(WMSF); Technical Committee on Biomedical Engineering;. 2006