Hoepel, Willianne ;
Chen, Hung-Jen ;
Geyer, Chiara E...
Hoepel , W , Chen , H-J , Geyer , C E , Allahverdiyeva , S , Manz , X D , de Taeye , S W , Aman , J , Mes , L , Steenhuis , M , Griffith , G R , Bonta , P I , Brouwer , P J M , Caniels , T G , van der Straten , K , Golebski , K , Jonkers , R E , Larsen , M D , Linty , F , Nouta , J , van Roomen , C P A A , van Baarle , F E H P , van Drunen , C M , Wolbink , G , Vlaar , A P J , de Bree , G J , Sanders , R W , Willemsen , L , Neele , A E , van de Beek , D , Rispens , T , Wuhrer , M , Bogaard , H J , van Gils , M J , Vidarsson , G , de Winther , M & den Dunnen , J 2021 , ' High titers and low fucosylation of early human anti-SARS-CoV-2 IgG promote inflammation by alveolar macrophages ' , Science Translational Medicine , vol. 13 , no. 596 , eabf8654 . https://doi.org/10.1126/scitranslmed.abf8654.
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2021
