Nature Communications (Oct 2019)

Altered structural brain asymmetry in autism spectrum disorder in a study of 54 datasets

  • Merel C. Postema,
  • Daan van Rooij,
  • Evdokia Anagnostou,
  • Celso Arango,
  • Guillaume Auzias,
  • Marlene Behrmann,
  • Geraldo Busatto Filho,
  • Sara Calderoni,
  • Rosa Calvo,
  • Eileen Daly,
  • Christine Deruelle,
  • Adriana Di Martino,
  • Ilan Dinstein,
  • Fabio Luis S. Duran,
  • Sarah Durston,
  • Christine Ecker,
  • Stefan Ehrlich,
  • Damien Fair,
  • Jennifer Fedor,
  • Xin Feng,
  • Jackie Fitzgerald,
  • Dorothea L. Floris,
  • Christine M. Freitag,
  • Louise Gallagher,
  • David C. Glahn,
  • Ilaria Gori,
  • Shlomi Haar,
  • Liesbeth Hoekstra,
  • Neda Jahanshad,
  • Maria Jalbrzikowski,
  • Joost Janssen,
  • Joseph A. King,
  • Xiang Zhen Kong,
  • Luisa Lazaro,
  • Jason P. Lerch,
  • Beatriz Luna,
  • Mauricio M. Martinho,
  • Jane McGrath,
  • Sarah E. Medland,
  • Filippo Muratori,
  • Clodagh M. Murphy,
  • Declan G. M. Murphy,
  • Kirsten O’Hearn,
  • Bob Oranje,
  • Mara Parellada,
  • Olga Puig,
  • Alessandra Retico,
  • Pedro Rosa,
  • Katya Rubia,
  • Devon Shook,
  • Margot J. Taylor,
  • Michela Tosetti,
  • Gregory L. Wallace,
  • Fengfeng Zhou,
  • Paul M. Thompson,
  • Simon E. Fisher,
  • Jan K. Buitelaar,
  • Clyde Francks

DOI
https://doi.org/10.1038/s41467-019-13005-8
Journal volume & issue
Vol. 10, no. 1
pp. 1 – 12

Abstract

Read online

Changes in brain structure asymmetry have been reported in autism spectrum disorder. Here the authors investigate this issue using a large-scale sample consisting of 54 data sets.