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[会议论文] 作者:Xiaohong Kong,Haizhen Mo,Wei Zhang,Mingfu Zhao, 来源:13th International Biotechnology Symposium and Exhibition(第1 年份:2008
[期刊论文] 作者:Zhipin Liang,Zhiyuan Guo,Xin Wang,Xiaohong Kong,Chang Liu, 来源:中国病毒学 年份:2012
[期刊论文] 作者:Xuechao Zhao,Lingyu Qian,Deyu Zhou,Di Qi,Chang Liu,Xiaohong Kong,, 来源:Virologica Sinica 年份:2016
The multifunctional trans-activator Tat is an essential regulatory protein for HIV-1 replication and is characterized by high sequence diversity. Numerous exper...
[期刊论文] 作者:Wenyuan Shen,Bin Liu,Zhou Liu,Jiabin Feng,Chang Liu,Xiaohong Kong,, 来源:Virologica Sinica 年份:2017
Dear Editor,Here we explored the contribution of atlastin-1(ATL1)to HIV replication for the first time.HIV-1 encodes only15 proteins(Ayinde et al.,2010)and thus...
[期刊论文] 作者:Qing Yuan,Chang Liu,Zhipin Liang,Xueqing Chen,Danhong Diao,Xiaohong Kong, 来源:中国病毒学 年份:2012
The envelope protein(Env) of lentiviruses such as HIV,SIV,FIV and EIAV is larger than that of other retroviruses.The Chinese EIAV attenuated vaccine is based on...
[会议论文] 作者:Zhang Qiang,Gu Xihui,Vijay P.Singh,Sun Peng,Chen Xiaohong,Kong Dongdong, 来源:中国水利学会2015学术年会 年份:2015
The flood magnitude, frequency and timing were analyzed using daily flow data for a period of 1950-2007 from 8 stations in the Tarim River basin, a typical arid inland river basin in China.The causes...
[期刊论文] 作者:Xianhu Zhou,Chunyuan Wang,Shiqing Feng,Jin Chang,Xiaohong Kong,Yang Liu,Shijie Gao, 来源:中国神经再生研究(英文版) 年份:2012
[期刊论文] 作者:Yu Liu,Deyu Zhou,Jiabin Feng,Zhou Liu,Yue Hu,Chang Liu,Xiaohong Kong, 来源:中国病毒学 年份:2018
Despite the success of combined antiretroviral therapy in recent years,the prevalence of human immunodeficiency virus (HIV)-associated neurocognitive disorders in people living with HIV-1 is increasing,significantly reducing the health-rela......
[会议论文] 作者:Tianci Chu,Hengxing Zhou,Wianyi Wang,Lu Lu,Fuyuan Li,Shiqing Feng,Bin Liu,Xiaohong Kong, 来源:第十三届亚洲运动医学大会 年份:2014
[会议论文] 作者:Tianci Chu,Hengxing Zhou,Wianyi Wang,Lu Lu,Fuyuan Li,Bin Liu,Xiaohong Kong,Shiqing Feng, 来源:第十三届亚洲运动医学大会 年份:2014
Aim Multipotent neural stem cell (NSC) is a potential candidate treatment for central nervous system (CNS) injury because of their ability to compensate for neuronal damage.To maximize the regeneratio...
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