Dr. David Veesler |
These antibodies target areas of the virus spike protein that remain essentially unchanged as the viruses mutate.
By identifying the targets of these “broadly neutralizing” antibodies on the spike protein, it might be possible to design vaccines and antibody treatments that will be effective against not only the omicron variant, but other variants that may emerge in the future, said Dr. David Veesler, investigator with the Howard Hughes Medical Institute and associate professor of biochemistry at the University of Washington School of Medicine in Seattle.
“This finding tells us that by focusing on antibodies that target these highly conserved sites on the spike protein, there is a way to overcome the virus’ continual evolution,” Veesler said.
Veesler led the research project with Davide Corti of Humabs Biomed SA, Vir Biotechnology, in Switzerland. The study’s findings were published Dec. 23 in the journal Nature. The lead authors of the study were Elisabetta Cameroni and Christian Saliba (Humabs), John E. Bowen (UW Biochemistry) and Laura Rosen (Vir).
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