Common genetic variants influence human subcortical brain structures
- Hibar, D.P.
- Stein, J.L.
- Renteria, M.E.
- Arias Vasquez, A.
- Desrivieres, S.
- Jahanshad, N.
- Toro, R.
- Wittfeld, K.
- Abramovic, L.
- Andersson, M.
- Aribisala, B.S.
- Armstrong, N.J.
- Bernard, M.
- Bohlken, M.M.
- Boks, M.P.
- Bralten, J.B.
- Brown, A.A.
- Chakravarty, M.M.
- Chen, Q.
- Ching, C.R.
- Cuellar-Partida, G.
- Braber, A.
- Giddaluru, S.
- Goldman, A.L.
- Grimm, O.
- Guadalupe, T.M.
- Hass, J.
- Woldehawariat, G.
- Holmes, A.J.
- Hoogman, M.
- Janowitz, D.
- Jia, T.
- Kim, S.
- Klein, M.
- Kraemer, B.
- Lee, P.H.
- Olde Loohuis, L.M.
- Luciano, M.
- Macare, C.
- Mather, K.A.
- Mattheisen, M.
- Milaneschi, Y.
- Nho, K.
- Papmeyer, M.
- Ramasamy, A.
- Risacher, S.L.
- Roiz-Santianez, R.
- Rose, E.J.
- Salami, A.
- Samann, P.G.
- Schmaal, L.
- Schork, A.J.
- Shin, J.
- Strike, L.T.
- Teumer, A.
- Donkelaar, M.M.J. van
- Eijk, K.R. van
- Walters, R.K.
- Westlye, L.T.
- Whelan, C.D.
- Winkler, A.M.
- Zwiers, M.P.
- Alhusaini, S.
- Athanasiu, L.
- Ehrlich, S.
- Hakobjan, M.M.
- Hartberg, C.B.
- Haukvik, U.K.
- Heister, A.J.
- Hoehn, D.
- Kasperaviciute, D.
- Liewald, D.C.
- Lopez, L.M.
- Makkinje, R.R.
- Matarin, M.
- Naber, M.
- McKay, D.R.
- Needham, M.
- Nugent, A.C.
- Putz, B.
- Royle, N.A.
- Shen, L.
- Sprooten, E.
- Trabzuni, D.
- Marel, S.S. van der
- Hulzen, K.J.E. van
- Walton, E.
- Wolf, C.
- Almasy, L.
- Ames, D.
- Arepalli, S.
- Assareh, A.A.
- Bastin, M.E.
- Brodaty, H.
- Bulayeva, K.B.
- Carless, M.A.
- Cichon, S.
- Corvin, A.
- Curran, J.E.
- Czisch, M.
- Fisher, S.E.
- Buitelaar, J.K.
- Fernandez, G.S.E.
DOIAbstract
Contains fulltext : 144426.pdf (publisher's version ) (Closed access) Contains fulltext : 144426pre.pdf (preprint version ) (Open Access)The highly complex structure of the human brain is strongly shaped by genetic influences. Subcortical brain regions form circuits with cortical areas to coordinate movement, learning, memory and motivation, and altered circuits can lead to abnormal behaviour and disease. To investigate how common genetic variants affect the structure of these brain regions, here we conduct genome-wide association studies of the volumes of seven subcortical regions and the intracranial volume derived from magnetic resonance images of 30,717 individuals f...
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