Li, C., Tang, W., Chi, X., Dong, Z., Wang, X., & Wang, X. (2013). A Cholesterol Tag at the N Terminus of the Relatively Broad-Spectrum Fusion Inhibitory Peptide Targets an Earlier Stage of Fusion Glycoprotein Activation and Increases the Peptide's Antiviral Potency In Vivo. American Society for Microbiology.

Li, Chuan-Gen, Wang Tang, Xiao-Jing Chi, Zhi-Ming Dong, Xi-Xi Wang, and Xiao-Jia Wang. A Cholesterol Tag At the N Terminus of the Relatively Broad-Spectrum Fusion Inhibitory Peptide Targets an Earlier Stage of Fusion Glycoprotein Activation and Increases the Peptide's Antiviral Potency In Vivo. American Society for Microbiology, 2013.

Li, Chuan-Gen, et al. A Cholesterol Tag At the N Terminus of the Relatively Broad-Spectrum Fusion Inhibitory Peptide Targets an Earlier Stage of Fusion Glycoprotein Activation and Increases the Peptide's Antiviral Potency In Vivo. American Society for Microbiology, 2013.