@article{koutsouleris_schmitt_gaser_bottlender_scheuerecker_mcguire_burgermeister_born_reiser_möller_et al._2009,
title={Neuroanatomical correlates of different vulnerability states for psychosis and their clinical outcomes},
volume={195},
DOI={10.1192/bjp.bp.108.052068},
abstractNote={
Background
Structural brain abnormalities have been described in individuals with an at-risk mental state for psychosis. However, the neuroanatomical underpinnings of the early and late at-risk mental state relative to clinical outcome remain unclear.
Aims
To investigate grey matter volume abnormalities in participants in a putatively early or late at-risk mental state relative to their prospective clinical outcome.
Method
Voxel-based morphometry of magnetic resonance imaging data from 20 people with a putatively early at-risk mental state (ARMS–E group) and 26 people with a late at-risk mental state (ARMS–L group) as well as from 15 participants with at-risk mental states with subsequent disease transition (ARMS–T group) and 18 participants without subsequent disease transition (ARMS–NT group) were compared with 75 healthy volunteers.
Results
Compared with healthy controls, ARMS–L participants had grey matter volume losses in frontotemporolimbic structures. Participants in the ARMS–E group showed bilateral temporolimbic alterations and subtle prefrontal abnormalities. Participants in the ARMS–T group had prefrontal alterations relative to those in the ARMS–NT group and in the healthy controls that overlapped with the findings in the ARMS–L group.
Conclusions
Brain alterations associated with the early at-risk mental state may relate to an elevated susceptibility to psychosis, whereas alterations underlying the late at-risk mental state may indicate a subsequent transition to psychosis.
},
number={03},
publisher={Royal College of Psychiatrists},
author={Koutsouleris and Schmitt and Gaser and Bottlender and Scheuerecker and McGuire and Burgermeister and Born and Reiser and Möller and et al.},
year={2009}
}