Implicating biological pathways in lung function and COPD by variant-to-gene mapping of novel signals from a multi-ancestry meta-analysis of genome-wide association studies
M. Tobin (Leicester, United Kingdom), N. Shrine (Leicester, United Kingdom), A. Izquierdo (Leicester, United Kingdom), J. Chen (Leicester, United Kingdom), A. Guyatt (Leicester, United Kingdom), R. Packer (Leicester, United Kingdom), C. Batini (Leicester, United Kingdom), A. Pozarickij (Oxford, United Kingdom), R. Walters (Oxford, United Kingdom), S. London (North Carolina, United States), A. Morris (Manchester, United Kingdom), L. Wain (Leicester, United Kingdom), I. Hall (Nottingham, United Kingdom)
Source: International Congress 2022 – Translational research in COPD and lung cancer
Session: Translational research in COPD and lung cancer
Session type: Thematic Poster
Number: 4247
 
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M. Tobin (Leicester, United Kingdom), N. Shrine (Leicester, United Kingdom), A. Izquierdo (Leicester, United Kingdom), J. Chen (Leicester, United Kingdom), A. Guyatt (Leicester, United Kingdom), R. Packer (Leicester, United Kingdom), C. Batini (Leicester, United Kingdom), A. Pozarickij (Oxford, United Kingdom), R. Walters (Oxford, United Kingdom), S. London (North Carolina, United States), A. Morris (Manchester, United Kingdom), L. Wain (Leicester, United Kingdom), I. Hall (Nottingham, United Kingdom). Implicating biological pathways in lung function and COPD by variant-to-gene mapping of novel signals from a multi-ancestry meta-analysis of genome-wide association studies. 4247
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