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How SARS-CoV-2 variants escape immune response


How SARS-CoV-2 variants escape immune response
21 May 2021, 12:55 GMT+10
California [US], May 21 (ANI): Fast-spreading variants of the COVID-19-causing coronavirus, SARS-CoV-2, carry mutations that enable the virus to escape some of the immune response created naturally or by vaccination. A new study by a team of researchers has revealed key details of how these escape mutations work.
The scientists at Scripps Research, along with collaborators in Germany and the Netherlands, whose study appears in Science, used structural biology techniques to map at high resolution how important classes of neutralizing antibodies bind to the original pandemic strain of SARS-CoV-2 and how the process is disrupted by mutations found in new variants first detected in Brazil, the United Kingdom, South Africa and India. ....

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Innovative Approach for Ebola Vaccine Design


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Scientists at Scripps Research have unveiled a new Ebola virus vaccine design, which they say has several advantages over standard vaccine approaches for Ebola and related viruses that continue to threaten global health.
In the new design, described in a paper in 
Nature Communications, copies of the Ebola virus outer spike protein, known as the glycoprotein, are tethered to the surface of a spherical carrier particle. The resulting structure resembles the spherical appearance of common RNA viruses that infect humans—and is starkly different from the snake-like shape of the Ebola virus.
The scientists say the design is intended to stimulate a better protective immune response than standard vaccine approaches, which often expose the immune system to individual glycoproteins rather than realistic-looking virus particles. ....

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New ebolavirus vaccine design seeks to drive stronger antibody defense


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LA JOLLA, CA Scientists at Scripps Research have unveiled a new Ebola virus vaccine design, which they say has several advantages over standard vaccine approaches for Ebola and related viruses that continue to threaten global health.
In the new design, described in a paper in
Nature Communications, copies of the Ebola virus outer spike protein, known as the glycoprotein, are tethered to the surface of a spherical carrier particle. The resulting structure resembles the spherical appearance of common RNA viruses that infect humans and is starkly different from the snake-like shape of the Ebola virus.
The scientists say the design is intended to stimulate a better protective immune response than standard vaccine approaches, which often expose the immune system to individual glycoproteins rather than realistic-looking virus particles. ....

Tanwee Alkutkar , Andrew Ward , Cindy Sou , Xiaohe Lin , Jiang Zhu , Ian Wilson , Gabriel Ozorowski , Robyn Stanfield , Ezra Kosviner , Anshul Chaudhary , Timothy Ngo , Scripps Research , Nature Communications , National Institutes Of Health , Computational Biology At Scripps Research , Drug Administration , Department Of Integrative Structural , Uvax Bio , Integrative Structural , Computational Biology , West Africa , Hansen Professor , Structural Biology , Sonu Kumar , National Institutes , Medicine Health ,