Multi-ancestry genetic risk score for lung function from meta-analysis of genome-wide association studies in 580,869 individuals from five ancestry groups
N. Shrine (Leicester, United Kingdom), A. Izqueirdo (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), M. Tobin (Leicester, United Kingdom)
Source: International Congress 2022 – Lung function and risk factors associated with obstructive lung diseases
   
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N. Shrine (Leicester, United Kingdom), A. Izqueirdo (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), M. Tobin (Leicester, United Kingdom). Multi-ancestry genetic risk score for lung function from meta-analysis of genome-wide association studies in 580,869 individuals from five ancestry groups. 3737
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