HIV-Infected Cells Evade Immune System by Sugar Molecule
A new study by researchers at the Wistar Institute demonstrates how key features on the surface of HIV-infected cells help the disease evade detection by the immune system. The researchers discovered that HIV-infected cells are using a type of sugar molecule called sialic acid to be disguised and evade natural killer immune surveillance. Their findings also reveal an approach that stops HIV-infected cells and leaves healthy cells unharmed.
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