Search Results - "Huang, Zongjian"

Tree Shrew Is a Suitable Animal Model for the Study of Epstein Barr Virus by Xia, Wei, Chen, Honglin, Feng, Yiwei, Shi, Nan, Huang, Zongjian, Feng, Qingyuan, Jiang, Xu, He, Guangyao, Xie, Mao, Lai, Yongjin, Wang, Zhi, Yi, Xiang, Tang, Anzhou

“…Epstein-Barr virus (EBV) is a human herpesvirus that latently infects approximately 95% of adults and is associated with a spectrum of human diseases including…”
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Hemogram study of an artificially feeding tree shrew (Tupaia belangeri chinensis) by Feng, Yiwei, Xia, Wei, Ji, Ketong, Lai, Yongjing, Feng, Qingyuan, Chen, Honglin, Huang, Zongjian, Yi, Xiang, Tang, Anzhou

“…Systematic classification and determination of various cells in normal peripheral blood of artificially feeding Tupaia belangeri chinensis of different ages…”
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Cyclosporine A induces Epstein-Barr virus reactivation in tree shrew (Tupaia belangeri chinensis) model by Shi, Nan, Chen, Honglin, Lai, Yongjing, Luo, Zhenqiu, Huang, Zongjian, He, Guangyao, Yi, Xiang, Xia, Wei, Tang, Anzhou

“…Epstein-Barr virus (EBV) usually exists as a latent infection in immunocompetent hosts but immunosuppressed individuals are at risk for developing EBV…”
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Comparative Study of the Structure and Properties of Ti-O-based Nanowire Films Prepared by Anodization and Chemical Oxidation Methods by Huang, Xinwen, Liu, Zongjian

“…Net-like titanium oxide or H-titanate nanowire films were grown on Ti substrates in 2 mol/L NaOH solutions at 80 ℃ via anodization method or chemical oxidation…”
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Hemogram study of an artificially feeding tree shrew (Tupaia Belangeri Chinensis) by FENG, Yiwei, XIA, Wei, JI, Ketong, LAI, Yongjing, FENG, Qingyuan, CHEN, Honglin, HUANG, Zongjian, YI, Xiang, TANG, Anzhou

“…Systematic classification and determination of various cells in normal peripheral blood of artificially feeding Tupaia belangeri chinensis of different ages…”
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Synthesis and Growth Mechanism of Net-like Titanate Nanowire Films via Low-temperature and Low-alkali-concentration Route by Huang, Xinwen, Liu, Zongjian

“…Net-like titanate nanowire films can be grown on Ti substrates by non-hydrothermal treatment of Ti foils in alkali-H2O2 aqueous solutions with a low alkali…”
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