The mission of the ARC is to understand the biomedical causes of autism spectrum conditions, and develop new and validated methods
for assessment and intervention. The ARC fosters collaboration between scientists in Cambridge University and outside, to accelerate
this mission.
Recent ARC Press Releases
Women with polycystic ovary syndrome (PCOS) are more likely to have an autistic child, according to an analysis of NHS data carried out by a team at Cambridge University’s Autism Research Centre. The research is published today in the journal Translational Psychiatry.
Press Release
Press Release
Recent ARC Publications
S Baron-Cohen
A Nobili, C Glazebrook, · W P Bouman, D Glidden, S Baron-Cohen, C Allison, · P Smith, J Arcelus
J Isaksson, K Tammimies, J Neufeld, É Cauvet, K Lundin, J K Buitelaar, E Loth, D G M Murphy, W Spooren, S Bölte, the EU-AIMS LEAP group
S Baron-Cohen, A Klin, S Silberman, J D Buxbaum
A Lassalle, D Pigat, H O’Reilly, S Berggen, S Fridenson-Hayo, S Tal, S Elfström, A Råde, O Golan, S Bölte, S Baron-Cohen, D Lundqvist
E Salomone, E Shephard, B Milosavljevic, M H Johnson, T Charman, BASIS Team
V Warrier, R Toro, B Chakrabarti, the iPSYCH-Broad autism group, A D Børglum, J Grove, the 23andMe Research Team, D A Hinds, T Bourgeron, S Baron-Cohen
R Kidron, L Kaganovskiy, S Baron-Cohen
S Lloyd-Fox, A Blasi, G Pasco, T Gliga, E J H Jones, D G M Murphy, C E Elwell, T Charman, M H Johnson, BASIS Team
A K Tilot, K S Kucera, A Vino, J E Asher, S Baron-Cohen, S E Fisher
G Bussu, E J H Jones, T Charman, M H Johnson, J K Buitelaar, the BASIS Team
V Warrier, S Baron-Cohen
A Hendry, E J H Jones, R Bedford, T Gliga, T Charman, M H Johnson, the BASIS Team
D A Goh, D Gan, J Kung, S Baron-Cohen, C Allison, H Chen, S M Saw, Y S Chong, V S Rajadurai, K H Tan, P C L Shek, F Yap, B F P Broekman, I Magiati
N D Thomson, H San Kuay, S Baron-Cohen, G J Towl
G Richards, M Klimek, G Jasienska, U Marcinkowska