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Why Omicron Is Different – New Study Helps Explain SARS-CoV-2 Variants' Rapid Spread

Omicron variants, which spread rapidly worldwide, attach to cells more effectively and elude antibodies with greater efficiency compared to earlier variants. The omicron variants of the SARS-CoV-2 virus, which have rapidly spread around the world over the past year, latch onto our cells more tightl ....

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New omicron variants can reinfect people who were infected with earlier variants

The omicron variants of the SARS-CoV-2 virus, which have rapidly spread around the world over the past year, latch onto our cells more tightly, invade them more efficiently, and elude many of the antibodies induced by previous infections and vaccines. ....

David Veesler , Lily Ramsey , Luca Picolli , Humabs Biomed , Amin Addetia , Research Council Of Cantonal Hospital Aarau , Swiss Kidney Foundation , Howard Hughes Medical Institute Investigator , Burroughs Wellcome Fund , Us National Institute Of Allergy , University Of Washington School Medicine , Us National Institutes Of Health , Hyoung Jun Park , Washington School , James Brett Case , Washington University School , Infectious Diseases , Research Council , Cantonal Hospital Aarau , Ars Cov 2 , Ngiotensin Converting Enzyme 2 , Cell Membrane , Immune Response , Immune System , Spike Protein ,

Study helps explain SARS-CoV-2 variants' rapid spread

Study helps explain SARS-CoV-2 variants' rapid spread
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David Veesler , Amin Addetia , Luca Picolli , Humabs Biomed , Howard Hughes Medical Institute Investigator , Swiss Kidney Foundation , University Of Washington School Medicine , Research Council Of Cantonal Hospital Aarau , Us National Institute Of Allergy , Us National Institutes Of Health , Burroughs Wellcome Fund , Hyoung Jun Park , Washington School , James Brett Case , Washington University School , Infectious Diseases , Research Council , Cantonal Hospital Aarau ,

Study helps explain SARS-CoV-2 variants' rapi

The omicron variants of the SARS-CoV-2 virus have rapidly spread around the world over the past year. They latch onto our cells more tightly, invade them more efficiently, and elude many of the antibodies induced by previous infections and vaccines. The human immune system, in turn, tends to respond less effectively by producing antibodies related to previous infections or vaccinations, instead of bespoke antibodies tailored to the newer versions of the coronavirus that causes COVID-19. Findings from this latest study in Nature suggest that vaccine developers make sure vaccines against new variants don't contain components from older variants. These might set off the immune imprinting that can induce a less robust immune response to new variants. ....

Senda Biosciences , Humabs Biomed , Amin Addetia , David Veesler , Michael Mccarthy , Luca Picolli , University Of Washington , University Of Washington School Medicine , Howard Hughes Medical Institute Investigator , Swiss Kidney Foundation , Research Council Of Cantonal Hospital Aarau , Burroughs Wellcome Fund , Us National Institute Of Allergy , Us National Institutes Of Health , Method Of Research , Regeneron Pharmaceuticals , Hyoung Jun Park , Washington School , James Brett Case , Washington University School , Infectious Diseases , Research Council , Cantonal Hospital Aarau , Structure Enabled Antiviral Platform , Vir Biotechnology , Generate Biomedicines ,