[1]Development of a combined canine distemper virus specific RT-PCR protocol for the differentiation of infected and vaccinated animals (DIVA) and genetic characterization of the hemagglutinin gene of seven Chinese strains demonstrated in dogs. Yi, Li,Cheng, Shipeng,Xu, Hongli,Wang, Jianke,Cheng, Yuening,Yang, Shen,Luo, Bin. 2012

[2]A multiplex nested RT-PCR for the detection and differentiation of wild-type viruses from C-strain vaccine of classical swine fever virus. Li, Yan,Zhao, Jian-Jun,Li, Na,Shi, Zixue,Cheng, Dan,Zhu, Qing-Hu,Tu, Changchun,Tong, Guang-Zhi,Qiu, Hua-Ji. 2007

[3]Development of one-tube multiplex polymerase chain reaction (PCR) for detecting Mycobacterium bovis. Quan, Zhang,Haiming, Tan,Xiaoya, Cai,Weifeng, Yuan,Hong, Jia,Hongfei, Zhu.

[4]A safe and molecular-tagged Brucella canis ghosts confer protection against virulent challenge in mice. Qian, Jing,Bu, Zhaoyang,Lang, Xulong,Wang, Xinglong,Qian, Jing,Qian, Jing,Yan, Guangmou,Yang, Yanling,Wang, Xiuran.

[5]Establishment of reverse transcription loop-mediated isothermal amplification for rapid detection and differentiation of canine distemper virus infected and vaccinated animals. Liu, Da-Fei,Chai, Hong-Liang,Yin, Xiu-Chen,Hua, Yu-Ping,Liu, Da-Fei,Liu, Chun-Guo,Tian, Jin,Zhang, Xiao-Zhan,Yang, Tian-Kuo,Zhang, Hong-Ying,Liu, Ming,Qu, Lian-Dong,Jiang, Yi-Tong.

[6]Evaluation of a real-time RT-PCR assay using minor groove binding probe for specific detection of Chinese wild-type classical swine fever virus. Wen, Guoyuan,Yang, Jun,Luo, Qingping,Liao, Yonghong,Zhang, Rongrong,Wang, Hongling,Ai, Diyun,Luo, Ling,Shao, Huabin,Zhang, Tao,Wen, Guoyuan,Hu, Zhibin,Song, Nianhua,Zhang, Tao. 2011

[7]Identification of a virus-specific and conserved B-cell epitope on NS1 protein of Japanese encephalitis virus. Tong, Guang-Zhi,Bin Wang,Hua, Rong-Hong,Tian, Zhi-Jun,Chen, Na-Sha,Zhao, Fu-Rong,Liu, Tian-Qiang,Wang, Yun-Feng,Tong, Guang-Zhi. 2009

[8]Porcine Viperin protein inhibits the replication of classical swine fever virus (CSFV) in vitro. Li, Wenliang,Mao, Li,Yang, Leilei,Hao, Fei,Zhang, Wenwen,Jiang, Jieyuan,Cao, Yongguo,Zhou, Bin,Han, Linxiao,Lin, Tao. 2017

[9]Investigation on the co-infections of Toxoplasma gondii with PRRSV, CSFV or PCV-2 in swine in part of China. Wang Shuai,Zhang Meng,Liu Xin-chao,Lin Tao,Zhao Guang-wei,Ia Hassan,Yan Ruo-feng,Song Xiao-kai,Li Xiang-rui,Yang Han-chun,Lin Tao,Yuan Shi-shan. 2015

[10]Atypical Classical Swine Fever Infection Changes Interleukin Gene Expression in Pigs. Sun, Y. K.,Sun, Y. K.,Zhang, X. M.,Du, M.,Li, Y. X.,Pan, H. B.,Yan, Y. L.,Yang, Y. A..

[11]Antigenic differentiation of classical swine fever viruses in China by monoclonal antibodies. Zhu, Yan,Shi, Zixue,Guo, Huanchen,Tu, Changchun,Drew, Trevor W.,Wang, Qin,Qiu, Huaji. 2009

[12]A multiplex RT-PCR for rapid and simultaneous detection of porcine teschovirus, classical swine fever virus, and porcine reproductive and respiratory syndrome virus in clinical specimens. Liu, Shanshan,Hu, Quanbo,Zhang, Chaofan,Hu, Feng,Lin, Wencheng,Cui, Shangjin,Zhao, Yarong,Lv, Chaochao,Zhao, Rui. 2011

[13]Viroporin activity and membrane topology of classic swine fever virus p7 protein. Guo, Hui-Chen,Sun, Shi-Qi,Sun, De-Hui,Wei, Yan-Quan,Xu, Jin,Liu, Xiang-Tao,Liu, Zai-Xin,Luo, Jian-Xiong,Yin, Hong,Liu, Ding Xiang,Guo, Hui-Chen,Sun, Shi-Qi,Sun, De-Hui,Wei, Yan-Quan,Xu, Jin,Liu, Xiang-Tao,Liu, Zai-Xin,Luo, Jian-Xiong,Yin, Hong,Liu, Ding Xiang,Huang, Mei,Liu, Ding Xiang.

[14]Development and partial validation of a recombinant E2-based indirect ELISA for detection of specific IgM antibody responses against classical swine fever virus. Li, Wenliang,Mao, Li,Yang, Leilei,Jiang, Jieyuan,Zhou, Bin. 2013

[15]The swine CD81 enhances E2-based DNA vaccination against classical swine fever. Li, Wenliang,Zhou, Bin,Liu, Xia,Yang, Leilei,Zhang, Wenwen,Jiang, Jieyuan,Zhou, Bin.

[16]Chinese border disease virus strain JSLS12-01 infects piglets and down-regulates the antibody responses of classical swine fever virus C strain vaccination. Mao, Li,Li, Wenliang,Liu, Xia,Hao, Fei,Yang, Leilei,Deng, Jiawu,Zhang, Wenwen,Jiang, Jieyuan,Mao, Li,Li, Wenliang,Liu, Xia,Hao, Fei,Yang, Leilei,Deng, Jiawu,Zhang, Wenwen,Jiang, Jieyuan,Mao, Li,Li, Wenliang,Liu, Xia,Hao, Fei,Yang, Leilei,Deng, Jiawu,Zhang, Wenwen,Jiang, Jieyuan,Liu, Xia,Deng, Jiawu,Wei, Jianzhong.

[17]Development and Preliminary Application of an Indirect ELISA to Detect Infectious Bovine Rhinotracheitis Virus Using Recombinant Glycoprotein D of IBRV Strain SD. Song, Lingling,Zhang, Hui,Hou, Peili,Wang, Hongmei,Zhao, Guimin,He, Hongbin,Xia, Xianzhu. 2016

[18]Performance of Indirect ELISA for Maize Hybrid Purity Test. Liu, Yuehui,Wang, Jun,Yang, XinChao,Sun, Naxin,Xu, Lihua. 2013

[19]A novel fusion protein-based indirect enzyme-linked immunosorbent assay for the detection of bovine tuberculosis. Liu, Siguo,Guo, Sheping,Wang, Chunlai,Shao, Meili,Zhang, Xiuhua,Guo, Yang,Gong, Qiang. 2007

[20]Prokaryote expression of HPeV-1 VP1 protein, production of VP1 polyclonal antibody and the development of an ELISA. Yu, Ying,Shan, Tongling,Zhu, Caixia,Hua, Xiuguo,Shan, Tongling,Wang, Chunmei,Zhu, Shaofeng,Wang, Chunmei.