Expanded genetic landscape of chronic obstructive pulmonary disease reveals heterogeneous cell type and phenotype associations

Sakornsakolpat, P; Prokopenko, D; Lamontagne, M; Reeve, NF; Guyatt, AL; Jackson, VE; Shrine, N; ... International COPD Genetics Consortium, ; + view all Sakornsakolpat, P; Prokopenko, D; Lamontagne, M; Reeve, NF; Guyatt, AL; Jackson, VE; Shrine, N; Qiao, D; Bartz, TM; Kim, DK; Lee, MK; Latourelle, JC; Li, X; Morrow, JD; Obeidat, M; Wyss, AB; Bakke, P; Barr, RG; Beaty, TH; Belinsky, SA; Brusselle, GG; Crapo, JD; de Jong, K; DeMeo, DL; Fingerlin, TE; Gharib, SA; Gulsvik, A; Hall, IP; Hokanson, JE; Kim, WJ; Lomas, DA; London, SJ; Meyers, DA; O'Connor, GT; Rennard, SI; Schwartz, DA; Sliwinski, P; Sparrow, D; Strachan, DP; Tal-Singer, R; Tesfaigzi, Y; Vestbo, J; Vonk, JM; Yim, JJ; Zhou, X; Bossé, Y; Manichaikul, A; Lahousse, L; Silverman, EK; Boezen, HM; Wain, LV; Tobin, MD; Hobbs, BD; Cho, MH; International COPD Genetics Consortium, ; - view fewer (2018) Expanded genetic landscape of chronic obstructive pulmonary disease reveals heterogeneous cell type and phenotype associations. Nature Genetics (In press).

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