Structural determination of SHC014-CoV spike.

(a) Cryo-EM map and model of the WT SHC014-CoV spike. The cryo-EM map is shown for two protomers and the third protomer is shown as a ribbon representation. (b) Ala835 is proximal to Asp555 of the neighboring protomer, which is colored by electrostatic...

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Bibliographic Details
Main Author:	Alexandra L. Tse (20235212) (author)
Other Authors:	Cory M. Acreman (20235215) (author), Inna Ricardo-Lax (4543948) (author), Jacob Berrigan (11052951) (author), Gorka Lasso (215085) (author), Toheeb Balogun (20235218) (author), Fiona L. Kearns (11841216) (author), Lorenzo Casalino (2850134) (author), Georgia L. McClain (20235221) (author), Amartya Mudry Chandran (20235224) (author), Charlotte Lemeunier (20235227) (author), Rommie E. Amaro (82566) (author), Charles M. Rice (9110743) (author), Rohit K. Jangra (6639905) (author), Jason S. McLellan (8816639) (author), Kartik Chandran (134142) (author), Emily Happy Miller (10652108) (author)
Published:	2024
Subjects:	Microbiology Cell Biology Neuroscience Evolutionary Biology Immunology Cancer Mental Health Infectious Diseases Virology Environmental Sciences not elsewhere classified zoonotic risks posed xlink "> understanding s2 fusion peptide cell entry mechanisms like bat cov divergent bat covs enhanced receptor binding cell entry binding domain bat covs bat coronaviruses viral entry cellular receptor enhanced spike virus bearing terminal domain successful recovery spike receptor serial passage second substitution proximal region pandemic preparedness offs inherent novel substitution fppr substitution fppr ). fitness trade coronavirus contexts bearing spikes
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Structural determination of SHC014-CoV spike.

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