Discovery and refinement of loci associated with lipid levels
- Willer, C.J.
- Schmidt, E.M.
- Sengupta, S.
- Peloso, G.M.
- Gustafsson, S.
- Kanoni, S.
- Ganna, A.
- Chen, J.
- Buchkovich, M.L.
- Mora, S.
- Beckmann, J.S.
- Bragg-Gresham, J.L.
- Chang, H.Y.
- Demirkan, A.
- den Hertog, H.M.
- Do, R.
- Donnelly, L.A.
- Ehret, G.B.
- Esko, T.
- Feitosa, M.F.
- Ferreira, T.
- Fischer, K.
- Fontanillas, P.
- Fraser, R.M.
- Freitag, D.F.
- Gurdasani, D.
- Heikkilä, K.
- Hyppönen, E.
- Isaacs, A.
- Jackson, A.U.
- Johansson, A.
- Johnson, T.
- Kaakinen, M.
- Kettunen, J.
- Kleber, M.E.
- Li, X.
- Luan, J.
- Lyytikäinen, L.P.
- Magnusson, P.K.
- Mangino, M.
- Mihailov, E.
- Montasser, M.E.
- Müller-Nurasyid, M.
- Nolte, I.M.
- O'Connell, J.R.
- Palmer, C.D.
- Perola, M.
- Petersen, A.K.
- Sanna, S.
- Saxena, R.
- Service, S.K.
- Shah, S.
- Shungin, D.
- Sidore, C.
- Song, C.
- Strawbridge, R.J.
- Surakka, I.
- Tanaka, T.
- Teslovich, T.M.
- Thorleifson, G.
- van den Herik, E.G.
- Voight, B.F.
- Volcik, K.A.
- Waite, L.L.
- Wong, A.
- Wu, Y.
- Zhang, W.
- Absher, D.
- Asiki, G.
- Barroso, I.
- Been, L.F.
- Bolton, J.L.
- Bonnycastle, L.L.
- Brambilla, P.
- Burnett, M.S.
- Cesana, G.
- Dimitriou, M.
- Doney, A.S.F.
- Döring, A.
- Elliott, P.
- Epstein, S.E.
- Eyjolfsson, G.I.
- Gigante, B.
- Goodarzi, M.O.
- Grallert, H.
- Gravito, M.L.
- Groves, C.J.
- Hallmans, G.
- Hartikainen, A.L.
- Hayward, C.
- Hernandez, D.
- Hicks, A.A.
- Holm, H.
- Hung, Y.J.
- Illig, T.
- Jones, M.R.
- Kaleebu, P.
- Kastelein, J.J.
- Khaw, K.T.
- Kim, E.
- Klopp, N.
- Komulainen, P.
- Kumari, M.
- Langenberg, C.
- Lehtimäki, T.
- Lin, S.Y.
- Lindström, J.
- Loos, R.J.
- Mach, F.
- McArdle, W.L.
- Meisinger, C.
- Mitchell, B.D.
- Müller, G.
- Nagaraja, R.
- Narisu, N.
- Nieminen, T.V.
- Nsubuga, R.N.
- Olafsson, I.
- Ong, K.K.
- Palotie, A.
- Papamarkou, T.
- Pomilla, C.
- Pouta, A.
- Rader, D.J.
- Reilly, M.P.
- Ridker, P.M.
- Rivadeneira, F.
- Rudan, I.
- Ruokonen, A.
- Samani, N.J.
- Scharnagl, H.
- Seeley, J.
- Silander, K.
- Stancakova, A.
- Stirrups, K.
- Swift, A.J.
- Tiret, L.
- Uitterlinden, A.G.
- van Pelt, L.J.
- Vedantam, S.
- Wainwright, N.W.
- Wijmenga, C.
- Wild, S.H.
- Willemsen, G.
- Wilsgaard, T.
- Wilson, J.F.
- Young, E.H.
- Zhao, J.H.
- Adair, L.S.
- Arveiler, D.
- Assimes, T.L.
- Bandinelli, S.
- Bennett, F.
- Bochud, M.
- Boehm, B.O.
- Boomsma, D.I.
- Borecki, I.B.
- Bornstein, S.R.
- Bovet, P.
- Burnier, M.
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- Chen, Y.D.
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- Danesh, J.
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- de Faire, U.
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- Ferrucci, L.
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- Gudnason, V.
- Gyllensten, U.
- Hamsten, A.
- Harris, T.B.
- Hingorani, A.D.
- Hirschhorn, J.N.
- Hofman, A.
- Hovingh, K.G.
- Hsiung, C.A.
- Humphries, S.E.
- Hunt, S.C.
- Hveem, K.
- Iribarren, C.
- Järvelin, M.R.
- Jula, A.
- Kähönen, M.
- Kaprio, J.
- Kesäniemi, A.
- Kivimaki, M.
- Kooner, J.S.
- Koudstaal, P.J.
- Krauss, R.M.
- Kuh, D
- Kuusisto, J.
- Kyvik, K.O.
- Laakso, M.
- Lakka, T.A.
- Lind, L.
- Lindgren, C.M.
- Martin, N.G.
- März, W.
- McCarthy, M.I.
- McKenzie, C.A.
- Meneton, P.
- Metspalu, A.
- Moilanen, L.
- Morris, A.D.
- Munroe, P.B.
- Njolstad, I.
- Pedersen, N.L.
- Power, C.
- Pramstaller, P.P.
- Price, J.F.
- Psaty, B.M.
- Quertermous, T.
- Rauramaa, R.
- Saleheen, D.
- Salomaa, V.
- Sanghera, D.K.
- Saramies, J.
- Schwarz, P.E.
- Sheu, W.H.
- Shuldiner, A.R.
- Siegbahn, A.
- Spector, T.D.
- Stefansson, K.
- Strachan, D.P.
- Tayo, B.O.
- Tremoli, E.
- Tuomilehto, J.
- Uusitupa, M.
- van Duijn, C.M.
- Vollenweider, P.
- Wallentin, L.
- Wareham, N.J.
- Whitfield, J.B.
- Wolffenbuttel, B.H.
- Ordovas, J.
- Boerwinkle, E.
- Palmer, C.N.
- Thorsteinsdottir, U.
- Chasman, D.I.
- Rotter, J.I.
- Franks, P.W.
- Ripatti, S.
- Cupples, L.A.
- Sandhu, M.S.
- Rich, S.S.
- Boehnke, M.
- Deloukas, P.
- Kathiresan, S.
- Mohlke, K.L.
- Ingelsson, E.
- Abecasis, G.R.
DOIAbstract
Levels of low-density lipoprotein (LDL) cholesterol, high-density lipoprotein (HDL) cholesterol, triglycerides and total cholesterol are heritable, modifiable risk factors for coronary artery disease. To identify new loci and refine known loci influencing these lipids, we examined 188,577 individuals using genome-wide and custom genotyping arrays. We identify and annotate 157 loci associated with lipid levels at P < 5 × 10 -8, including 62 loci not previously associated with lipid levels in humans. Using dense genotyping in individuals of European, East Asian, South Asian and African ancestry, we narrow association signals in 12 loci. We find that loci associated with blood lipid levels are often associated with cardiovascular and metabolic...
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