Intrinsic connectivity networks machine learning psychosis resting state functional MRI velocardiofacial syndrome. Find company research, competitor information, contact details & financial data for Querious, Inc. Widespread within-network-hypoconnectivity in large-scale networks implicated in higher-order cognition may be a defining characteristic of 22q11DS during adolescence and early adulthood furthermore, loss of coherence within these networks may be a valuable biomarker for individual prediction of psychosis-risk in 22q11DS. Within 22q11DS subjects, connectivity alterations within 4 networks predicted psychosis risk status for a given individual in both cohorts: the ACC/precuneus, DMN, left executive, and salience networks. Class Minerals G: Kernite, Plagioclase, Scordite, Veldspar, Omber: G1: Kernite, Plagioclase. Based on project statistics from the GitHub repository for the npm package querious-migration, we found that it has been starred times. Region: Querious Type: Outlaw Regions Number of Systems: 95. As such, we scored querious-migration popularity level to be Limited. Of 12 ICN-derived classifiers tested in the Syracuse replication-cohort, the ACC/precuneus, DMN, and posterior DMN classifiers accurately distinguished between 22q11DS and controls. The npm package querious-migration receives a total of 0 downloads a week. In both cohorts we observed significant hypoconnectivity in 22q11DS relative to controls within anterior cingulate (ACC)/precuneus, executive, default mode (DMN), posterior DMN, and salience networks. Based on project statistics from the GitHub repository for the npm package querious, we found that it has been starred 1 times. After assessing group connectivity differences, ICNs from the UCLA cohort were used to train classifiers to distinguish cases from controls, and to predict psychosis risk status within 22q11DS classifiers were subsequently tested on the Syracuse cohort. We investigated intrinsic-connectivity-networks (ICNs) as potential biomarkers for patient and psychosis-risk status in 2 independent cohorts, UCLA (33 22q11DS-participants, 33 demographically matched controls), and Syracuse (28 22q11DS, 28 controls). 22q11.2 Deletion syndrome (22q11DS) is a genetic disorder associated with numerous phenotypic consequences and is one of the greatest known risk factors for psychosis.
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