Proteobacteria phylum association with airway- and emphysema-dominant COPD phenotypes defined by computed tomography
M. Yavari Ramsheh (Leicester, United Kingdom), K. Haldar (Leicester, United Kingdom), M. Barer (Leicester, United Kingdom), D. Subramanian (Derby, United Kingdom), D. Parr (Coventry, United Kingdom), L. Ziegler-Heitbrock (Gauting, Germany), I. Gut (Barcelona, Spain), D. Singh (Manchester, United Kingdom), C. Brightling (Leicester, United Kingdom)
Source: Virtual Congress 2021 – Biomarkers to phenotype COPD: prediction of exacerbations
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M. Yavari Ramsheh (Leicester, United Kingdom), K. Haldar (Leicester, United Kingdom), M. Barer (Leicester, United Kingdom), D. Subramanian (Derby, United Kingdom), D. Parr (Coventry, United Kingdom), L. Ziegler-Heitbrock (Gauting, Germany), I. Gut (Barcelona, Spain), D. Singh (Manchester, United Kingdom), C. Brightling (Leicester, United Kingdom). Proteobacteria phylum association with airway- and emphysema-dominant COPD phenotypes defined by computed tomography. 3421
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