Sputum proteomics identifies distinct endotypes of exacerbations in bronchiectasis

J. Huang (Dundee, United Kingdom), Y. Gao (Dundee, United Kingdom), A. Barton (Dundee, United Kingdom), H. Richardson (Dundee, United Kingdom), H. Leyah (Dundee, United Kingdom), H. Barclay (Dundee, United Kingdom), E. Kuzmanova (Dundee, United Kingdom), H. Keir (Dundee, United Kingdom), A. Dicker (Dundee, United Kingdom), J. Chalmers (Dundee, United Kingdom)

Source: Virtual Congress 2020 – Chronic lung diseases: novel methods, diagnostics and biomarkers
Session: Chronic lung diseases: novel methods, diagnostics and biomarkers
Session type: E-poster session
Number: 324
Disease area: Airway diseases

Congress or journal article abstractE-poster

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J. Huang (Dundee, United Kingdom), Y. Gao (Dundee, United Kingdom), A. Barton (Dundee, United Kingdom), H. Richardson (Dundee, United Kingdom), H. Leyah (Dundee, United Kingdom), H. Barclay (Dundee, United Kingdom), E. Kuzmanova (Dundee, United Kingdom), H. Keir (Dundee, United Kingdom), A. Dicker (Dundee, United Kingdom), J. Chalmers (Dundee, United Kingdom). Sputum proteomics identifies distinct endotypes of exacerbations in bronchiectasis. 324

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