Semantic search
| HasBriefDescription (E) | |
|---|---|
| Proj DTI Symptoms SCZ | Will conduct a PCA/factor analysis on DTI data at each site and examine relationships between DTI factor scores and symptom severity. |
| Proj Deficit SCZ | reports effect sizes for subcoritical volume and hippocampus cortical thickess and surface area regional dti measures deficit and non-deficits schizophrenia |
| Proj ENIGMA COINSTAC-SANSFactors-DTI | automated meta-anslysis of DTI against SANS factors |
| Proj ENIGMA COINSTAC-SANSFactors-T1w | Meta-anslysis of associations between deep brain structure gray matter volumes and cortical thickness with SANS factor scores. |
| Proj ENIGMA3 Cortical GWAS | GWAS Cortical surface area Cortical thickness Freesurfer Desikan-Killiany atlas GWAS_of_global_cortical_surface_area_and_thickness_as_well_as_regional_thickness_and_surface_area controlling_and_not_controlling_for_global_measures |
| Proj Early Onset Psychosis SCZ BD | reports effect sizes for subcortical and hipppocampal volume abnormalities in early onset psychosis diagnosed less than 18 years SZ or BD scripts sent around analyses in progress |
| Proj Formal Thought Disorder SCZ | Meta-analysis that aims to identify brain structural variation to formal thought disoder |
| Proj GRS SCZ | examines association between genetic risk scores for multiple disorders (e.g. SZ BD MDD and brain imaging data). First protocol will require GWAS and structural imaging data. |
| Proj GWAS DTI | gwas of regional dti measures |
| Proj GWAS Plasticity | GWAS on longitudinal imaging data requires GWAS and follow up structural imaging data (T1) |
| Proj Genotyping | |
| Proj Hallucinations SCZ | |
| Proj Harmonization SCZ ComBAT | Mega-analysis that will compare meta-analysis random-effects mega-analysis and mega-analysis after combat harmonization. |
| Proj Hippocampal Subregion SCZ | examines effect sizes of hippocampal subfield volumes using FreeSurfer 6.0 (or 6.0dev) |
| Proj Laterality Cortical | examines laterality of cortical thickness and surface area in healhty volunteers |
| Proj Laterality SCZ | This goal of this project is to determine effect sizes for brain asymmetry differences between individuals with schizophrenia and healthy volunteers and to explore whether asymmetry is associated with clinical factors (e.g. symptom severity). |
| Proj Laterality Subcortical | examines laterality of subcortical and hippocampal volumes in healthy volunteers |
| Proj Longitudinal SCZ | reports effect sizes for subcortical and hipppocampal volume abnormalities in first-episode schizophrenia |
| Proj Negative Symptoms SCZ | examines relationship between left orbitofrontal thickness and negative symptoms |
| Proj NegativeSymptoms SCZ | |
| Proj Network Modeling | |
| Proj Normal Variation Cortical | reports on normal variation for cortical thickness and surface area by age and gender in healthy volunteers |
| Proj Normal Variation Subcortical | reports on normal variation for subcortial and hippocampal volumes by age and gender in healthy volunteers requires sending control volume data and relevant demographics to Danai Dima |
| Proj Positive Symptoms SCZ | examines relationship between superior temporal gyrus thickness and positive symptoms |
| Proj PositiveSymptoms SCZ | |
| Proj Relatives SCZ BD | reports effect sizes for subcortical and global brain measures in schizophrenia and bipolar disorder relatives |
| Proj Relatives,Proj Cross Disorder 1 | |
| Proj Schizotypy | http://enigma.ini.usc.edu/ongoing/enigma-schizotypy/ |
| Proj Shape Machine Learning QC | This project aims to develop a tool to automatically detect defective/biologically implausible subcortical geometry models. The project is unrelated to any biological or clinical questions. We simply want to make life easier for participants in future ENIGMA shape projects. All that is required is permission from ENIGMA sites that have already shared their individual shape and QC data with the IGC to use this data in QC model training. |
| Proj Social Economic Status SCZ |
