SARS-CoV-2 D614G-infected airway organoids reveal enhanced viral fitness in COPD bronchi
L. Chan (Singapore, Singapore), D. Anderson (Singapore, Singapore), A. Kang (Singapore, Singapore), R. Foo (Singapore, Singapore), A. Gamage (Singapore, Singapore), P. Tiew (Singapore, Singapore), M. Koh (Singapore, Singapore), K. Lee (Singapore, Singapore), K. Nichol (Newcastle, NSW, Australia), P. Pathinayake (Newcastle, NSW, Australia), T. Yeo (Singapore, Singapore), B. Oliver (Sydney, NSW, Australia), P. Wark (Newcastle, NSW, Australia), L. Wang (Singapore, Singapore), S. Chotirmall (Singapore, Singapore)
Source: Virtual Congress 2021 – Emerging respiratory diseases: state-of-the-art studies of SARS-CoV-2 infection
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L. Chan (Singapore, Singapore), D. Anderson (Singapore, Singapore), A. Kang (Singapore, Singapore), R. Foo (Singapore, Singapore), A. Gamage (Singapore, Singapore), P. Tiew (Singapore, Singapore), M. Koh (Singapore, Singapore), K. Lee (Singapore, Singapore), K. Nichol (Newcastle, NSW, Australia), P. Pathinayake (Newcastle, NSW, Australia), T. Yeo (Singapore, Singapore), B. Oliver (Sydney, NSW, Australia), P. Wark (Newcastle, NSW, Australia), L. Wang (Singapore, Singapore), S. Chotirmall (Singapore, Singapore). SARS-CoV-2 D614G-infected airway organoids reveal enhanced viral fitness in COPD bronchi. 4305
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