Protein Data Bank / Carnation / GE / cState Key Laboratory / SERC Daresbury Laboratory / Qiagen / Locarnini SA / non-Gly / Prasad BV / /
Continent
Africa / Asia / /
Country
Mexico / China / /
Currency
pence / / /
Facility
C terminus / Sun Yat-Sen University / plant T / Terminal Hydrophobic Region / Peking University / N terminus / CP N terminus / Purdue University / Rice University / /
IndustryTerm
polysaccharide binding site / potential sialic acid-binding site / structural homolog search / reagents/analytic tools / potential sugar binding site / potential sialic acid binding site / neutralization site / sialic acid binding site / cell media / software suite / Data processing / receptor binding site / crystallization solution / potential polysaccharide-binding site / /
NaturalFeature
Seneca Valley / /
Organization
Hamill Foundation / Rice University / Houston / Kresge Science Initiative Endowment Fund / Health Science Centre / National Natural Scientific Foundation of China / Purdue University / Peking University / Beijing / Welch Foundation / /
Person
Jane Taoa / Tom S. Y. Guua / Zheng Liub / Jingqiang Zhangc / Douglas A. Mataa / Chandra V / /
Position
Shrestha MP / CHEF / Sf21 insect cells Author / Cao / Major / /
Structure of the hepatitis E virus-like particle suggests mechanisms for virus assembly and receptor binding Tom S. Y. Guua,1, Zheng Liub,1, Qiaozhen Yea, Douglas A. Mataa, Kunpeng Lic, Changcheng Yinb, Jingqiang Zhangc,