PSYSCAN Network for Schizophrenia Research
The international network of Psyscan for high-risk schizophrenia is comprised of 15 countries around the world, including Seoul National University in South Korea, and is designed to develop a project to create better cooperation and treatment for schizophrenia patients and therapists in clinical use.
adapted from PSYSCAN website
Asian Consortium on MRI studies in Psychosis (ACMP)
The ACMP is the first Asian international multi-center clinical neuroimaging consortium consisting of 16 institutes from Asian countries including Seoul National University in Korea to provide neural basis of psychotic disorders and to apply neuroimaging findings to clincal use.
adapted from ACMP website
Enhancing Neuroimaging Genetics Through Meta-Analysis (ENIGMA)
The ENIGMA Network brings together researchers in imaging genomics to understand brain structure, function, and disease, based on brain imaging and genetic data. There are 50 active ENIGMA working groups including schizophrenia and obsessive-compulsive disorder (OCD) working groups.
adapted from ENIGMA website
The ENIGMA schizophrenia Working Group is an international collaboration project to develop research studies and therapy of mental illness for patients and therapists, working with schizophrenia experts from approximately 120 institutions and universities around the world, including Seoul National University in Korea, to provide better treatment.
The ENIGMA-OCD Working Group aims at bringing OCD research groups together to share neuroimaging and genetic databases, and initially started in 2010 as the OCD Brain Imaging Consortium (OBIC). Currently the ENIGMA-OCD working group is an international collaboration including 32 research groups from 16 different countries worldwide, including Seoul National University in Korea.
Structural Covariance in OCD Brains: Discussing ENIGMAtters with Dr. Je-Yeon Yun
Dr. Je-Yeon Yun from the Seoul National University College of Medicine in South Korea described her novel method of analyzing structural covariance in OCD patients. In this analysis, the covariance will assess the degree to which subcortical and cortical volumes fluctuate in tandem.