Scientists discover llama antibodies that shut down COVID — and its future variants
Powerful llama-derived antibodies could be the key to stopping not just current SARS viruses, but future ones too. Scientists have discovered a unique class of nanobodies that clamp the coronavirus spike protein shut at a highly conserved region, rendering it unable to infect cells. Unlike existing therapies that target mutating regions, this approach strikes at the virus s core machinery, giving it little room to evolve. Even when pushed to mutate, the virus faltered, making this a high-potential strategy for broad, lasting protection.
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Powerful llama-derived antibodies could be the key to stopping not just current SARS viruses, but future ones too. Scientists have discovered a unique class of nanobodies that clamp the coronavirus spike protein shut at a highly conserved region, rendering it unable to infect cells. Unlike existing therapies that target mutating regions, this approach strikes at the virus s core machinery, giving it little room to evolve. Even when pushed to mutate, the virus faltered, making this a high-potential strategy for broad, lasting protection.
