PUBLICATIONS

The complex genetics of gait speed: genome-wide meta-analysis approach

Faul, Jessica Danielle; Liu, Youhong; Weir, David R; Kardia, Sharon R.; Ben-Avraham, D; Karasik, D; Verghese, J; Lunetta, K L; Eicher, J A; Vered, R; Deelen, J; Arnold, A M; Buchman, A S; Tanaka, T; Nethander, M; Fornage, M; Adams, H H; Matteini, A M; Callisaya, M L; Smith, A V; Yu, L; De Jager, P L; Evans, D A; Gudnason, V; Hofman, A; Pattie, A; Corley, J; Launer, L J; Knopman, D S; Parimi, N; Turner, S T; Bandinelli, S; Beekman, M; Gutman, D; Sharvit, L; Mooijaart, S P; Liewald, D C; Houwing-Duistermaat, J J; Ohlsson, C; Moed, M; Verlinden, V J; Mellstrom, D; van der Geest, J N; Karlsson, M; Hernandez, D; McWhirter, R; Thomson, R; Tranah, G J; Uitterlinden, A G; Zhao, W; Starr, J M; Johnson, A D; Ikram, M A; Bennett, D A; Cummings, S R; Deary, I J; Harris, T B; Mosley, T H; Srikanth, V K; Windham, B G; Newman, A B; Walston, J D; Davies, G; Evans, D S; Slagboom, E P; Ferrucci, L; Kiel, D P; Murabito, J M; Atzmon, G. (2017). The complex genetics of gait speed: genome-wide meta-analysis approach. Aging. 9(1), 209—246.