Research Progress

[05-07-2019]Mito-docking can be used as a novel method to detect protein-protein interactions in vivo

In a recent study, a simple and efficient mitochondria‐docking (Mito‐docking) method for PPI detection in vivo is developed by the research team led by Prof. HU Zhihong and Dr. WANG Manli. The strategy is to anchor a “bait” protein to mitochondrial outer membrane (MOM), and then trap the “prey” protein onto MOM. In this way, interacting signals are enriched to allow easy detection. This m...

[02-07-2019]Scientists provide new insights into IFN-γ antiviral biology and SFTSV pathogenesis

In a recent study, by cooperation with the research team led by Prof. ZHENG Xin from Tongji Medical College, Huazhong University of Science and Technology, the research groups led by Prof. WANG Hualin, Prof. HU Zhihong and Prof. DENG Fei from Wuhan Institute of Virology of the Chinese Academy of Sciences demonstrated that SFTSV infection results in substantial production of serum interferon-γ ...

[17-06-2019]HRTV antagonizes IFN antiviral signaling by dampening both STAT2 and STAT1 activities

In a recent study, the research group led by Prof. WANG Hualin in Wuhan institute of Virology of the Chinese Academy of Sciences demonstrated that HRTV infection can block both type I and III IFN antiviral signaling. Furthermore, the mechanism underlying HRTV manipulation of type I and III IFN signaling was unraveled by detailed comparative studies in the context of HRTV infection and transient...

[06-06-2019]Scientists uncover the roadblocks to mammalian cell entry of baculovirus

In a recent study, the research groups led by Prof. WANG Hualin and Prof. HU Zhihong in Wuhan Institute of Virology of the Chinese Academy of Sciences uncovers the roadblocks encountered to mammalian cell entry of baculoviruses and presents mechanisms to overcome the roadblock.