Fougeroux, Cyrielle ;
Goksøyr, Louise ;
Idorn, Manja...
Fougeroux , C , Goksøyr , L , Idorn , M , Soroka , V , Myeni , S K , Dagil , R , Janitzek , C M , Søgaard , M , Aves , K L , Horsted , E W , Erdoğan , S M , Gustavsson , T , Dorosz , J , Clemmensen , S , Fredsgaard , L , Thrane , S , Vidal-Calvo , E E , Khalifé , P , Hulen , T M , Choudhary , S , Theisen , M , Singh , S K , Garcia-Senosiain , A , Van Oosten , L , Pijlman , G , Hierzberger , B , Domeyer , T , Nalewajek , B W , Strøbæk , A , Skrzypczak , M , Andersson , L F , Buus , S , Buus , A S , Christensen , J P , Dalebout , T J , Iversen , K , Harritshøj , L H , Mordmüller , B , Ullum , H , Reinert , L S , de Jongh , W A , Kikkert , M , Paludan , S R , Theander , T G , Nielsen , M A , Salanti , A & Sander , A F 2021 , ' Capsid-like particles decorated with the SARS-CoV-2 receptor-binding domain elicit strong virus neutralization activity ' , Nature Communications , vol. 12 , no. 1 , 324 . https://doi.org/10.1038/s41467-020-20....
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2021
