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Molecular characterisation of influenza B virus from the 2017/18 season in primary models of the human lung reveals improved adaptation to the lower respiratory tract
Emerging Microbes & Infections ( IF 8.4 ) Pub Date : 2024-09-23 , DOI: 10.1080/22221751.2024.2402868 Duygu Merve Çalışkan 1, 2 , Sriram Kumar 1, 2 , Saskia Hinse 1 , Klaus Schughart 1, 3 , Rainer Wiewrodt 4, 5 , Stefan Fischer 5 , Vera Krueger 5 , Karsten Wiebe 6 , Peter Barth 7 , Alexander Mellmann 8 , Stephan Ludwig 1, 2 , Linda Brunotte 1
Emerging Microbes & Infections ( IF 8.4 ) Pub Date : 2024-09-23 , DOI: 10.1080/22221751.2024.2402868 Duygu Merve Çalışkan 1, 2 , Sriram Kumar 1, 2 , Saskia Hinse 1 , Klaus Schughart 1, 3 , Rainer Wiewrodt 4, 5 , Stefan Fischer 5 , Vera Krueger 5 , Karsten Wiebe 6 , Peter Barth 7 , Alexander Mellmann 8 , Stephan Ludwig 1, 2 , Linda Brunotte 1
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The 2017/18 influenza season was characterized by unusual high numbers of severe infections and hospitalizations. Instead of influenza A viruses, this season was dominated by infections with influe...
中文翻译:
2017/18赛季乙型流感病毒在人肺初级模型中的分子特征表明其对下呼吸道的适应能力有所改善
2017/18 流感季节的特点是严重感染和住院人数异常高。这个季节主要是流感病毒感染,而不是甲型流感病毒……
更新日期:2024-09-27
中文翻译:
2017/18赛季乙型流感病毒在人肺初级模型中的分子特征表明其对下呼吸道的适应能力有所改善
2017/18 流感季节的特点是严重感染和住院人数异常高。这个季节主要是流感病毒感染,而不是甲型流感病毒……