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#h19 — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #h19, aggregated by home.social.

  1. Giuseppe Michieli @[email protected] ·

    #H19 #influenza A virus exhibits #species-specific #MHC class II #receptor usage, Cell Host Microbe: cell.com/cell-host-microbe/abs

    Influenza A virus H19 subtype does not bind the canonical receptor #sialic acid. H19 utilizes MHC class II #proteins from distinct species for host cell entry.
    Mutating the putative canonical RBS of H19 restores sialic acid dependency. Residues in the MHC class II α chain confer species-specific entry of H19.

    #h19 #influenza #species #mhc #receptor #sialic
  2. Giuseppe Michieli @[email protected] ·

    #H19 #influenza A virus exhibits #species-specific #MHC class II #receptor usage, Cell Host Microbe: cell.com/cell-host-microbe/abs

    Influenza A virus H19 subtype does not bind the canonical receptor #sialic acid. H19 utilizes MHC class II #proteins from distinct species for host cell entry.
    Mutating the putative canonical RBS of H19 restores sialic acid dependency. Residues in the MHC class II α chain confer species-specific entry of H19.

    #h19 #influenza #species #mhc #receptor #sialic
  3. Giuseppe Michieli @[email protected] ·

    #H19 #influenza A virus exhibits #species-specific #MHC class II #receptor usage, Cell Host Microbe: cell.com/cell-host-microbe/abs

    Influenza A virus H19 subtype does not bind the canonical receptor #sialic acid. H19 utilizes MHC class II #proteins from distinct species for host cell entry.
    Mutating the putative canonical RBS of H19 restores sialic acid dependency. Residues in the MHC class II α chain confer species-specific entry of H19.

    #h19 #influenza #species #mhc #receptor #sialic
  4. Giuseppe Michieli @[email protected] ·

    #H19 #influenza A virus exhibits #species-specific #MHC class II #receptor usage, Cell Host Microbe: cell.com/cell-host-microbe/abs

    Influenza A virus H19 subtype does not bind the canonical receptor #sialic acid. H19 utilizes MHC class II #proteins from distinct species for host cell entry.
    Mutating the putative canonical RBS of H19 restores sialic acid dependency. Residues in the MHC class II α chain confer species-specific entry of H19.

    #proteins #sialic #receptor #mhc #species #influenza
  5. Giuseppe Michieli @[email protected] ·

    #H19 #influenza A virus exhibits #species-specific #MHC class II #receptor usage, Cell Host Microbe: cell.com/cell-host-microbe/abs

    Influenza A virus H19 subtype does not bind the canonical receptor #sialic acid. H19 utilizes MHC class II #proteins from distinct species for host cell entry.
    Mutating the putative canonical RBS of H19 restores sialic acid dependency. Residues in the MHC class II α chain confer species-specific entry of H19.

    #h19 #influenza #species #mhc #receptor #sialic