Proteomics of fully differentiated bronchial epithelial cells derived from COPD or control shows no significant differences in susceptibility or response to influenza virus infection

M. Nakayama (Otsu, Japan), J. Merl-Pham (München, Germany), H. Busen (München, Germany), A. Dmitrieva (München, Germany), A. Chakraborty (München, Germany), A. Schamberger (München, Germany), C. Ruppert (Giessen, Germany), A. Guenther (Giessen, Germany), J. Behr (München, Germany), A. Hilgendorff (München, Germany), S. Hauck (München, Germany), H. Adler (München, Germany), C. Staab-Weijnitz (München, Germany)

Source: Virtual Congress 2021 – Early manifestations of chronic respiratory disease: zooming in at the epithelial barrier

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M. Nakayama (Otsu, Japan), J. Merl-Pham (München, Germany), H. Busen (München, Germany), A. Dmitrieva (München, Germany), A. Chakraborty (München, Germany), A. Schamberger (München, Germany), C. Ruppert (Giessen, Germany), A. Guenther (Giessen, Germany), J. Behr (München, Germany), A. Hilgendorff (München, Germany), S. Hauck (München, Germany), H. Adler (München, Germany), C. Staab-Weijnitz (München, Germany). Proteomics of fully differentiated bronchial epithelial cells derived from COPD or control shows no significant differences in susceptibility or response to influenza virus infection. 1372

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